Telewave Catalog 31
Telewave Catalog 31
CATALOG 31
About Telewave
Telewave, Inc. designs and manufactures rugged, high-quality wireless system equipment for domestic
and international markets. We support conventional and trunked radio systems, as well as Cellular, SMR,
PCS, Trunking, Paging, and Broadcast services. Our customers include public safety providers, local
and state governments, federal agencies, wireless system operators, and businesses,
Since 1972, Telewave has focused on the needs of our customers, providing the best American-made
wireless system products, with the fastest on-time delivery record in the industry. As pioneers of low-
loss combining, Telewave’s early reputation as a premier problem solver was made by reorganizing and
“cleaning up” some of the most crowded and complex radio transmitter sites in the San Francisco Bay
Area. Where off-the-shelf products for interference control often did not exist, Telewave built custom
high performance equipment to meet customer requirements. These innovative designs became the
foundation of our early product line.
Many equipment manufacturers will not accommodate custom orders or special requirements. Telewave
has the engineering expertise and manufacturing flexibility that allows us to quickly modify existing
equipment, or design a completely new product line to meet any performance goal. Initial evaluation
and consultation have always been provided to customers at no charge.
Telewave products are supported by a full network of US and international sales engineers, representatives,
and distributors. Telewave is certified to meet the requirements of ISO 9001:2008, and our commitment
to high quality and excellent customer service continues to guide our efforts.
SECTION 7 ANTENNAS
COLLINEAR . . . . . . . . . . . . . . . . . . . . . . . . . 196
DIPOLE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 234
YAGI . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 262
WIDEBAND . . . . . . . . . . . . . . . . . . . . . . . . . 294
INDEX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 314
1 TRANSMITTER COMBINERS
1 TRANSMITTER COMBINERS
Ceramic
Ceramic enhanced cavities have the same or greater
performance as full size cavities, but in a smaller package.
This greatly reduces the volume and rack space of
combiners which use these cavities.
Hybrid
Hybrid combiners make use of a hybrid coupler and
dual isolator for each transmitter. The coupler allows
frequencies to be combined with no minimum spacing, but
will have higher insertion loss.
Pass-Notch
A pass-notch combiner uses a combination of pass and
notch cavities arranged so that each transmitter sees a low
impedance path to the antenna, but is isolated from all
other transmitters.
30 - 88 MHz
LOWBAND COMBINERS
M101-030-5T8R
M104-150-4TPC
4 CHANNEL LOW LOSS COMBINER
1
The M104-150-4TPC Low Loss
TRANSMITTER COMBINERS
VHF Combiner offers the same
high performance as our standard
low loss combiners, in a much
smaller package. State of the art
technology allows us to create one
of the world's small est low loss
combiners.
The M104-150-4TPC combines up
to 4 channels per unit, with 300
KHz separation, in only 8.75" of
standard rack space. The modular
combining units can be grouped for
up to 16 channels to accommodate
system expansion.
The optional receiver system
utilizes the Telewave TPMC-1543
multicoupler for enhanced receiver
performance, and distribution to 4
receivers.
SPECIFICATIONS
Frequency range 148-170 MHz
Channels 1-4 channels into 1 antenna
Channel separation (min) 300 KHz
Input power (max) 100 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 3.4 dB - 4 ch. at 300 KHz spacing
TX-to-TX isolation (typ.) 75 dB
Antenna to TX isolation (typ.) 70 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 4” square / 1/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
Panel dimensions (HWD) in. / cm 8.75 x 19 x 12.5 (21.6 x 48.3 x 31.75)
Weight lb. (kg) 32 (14.5)
M108-150-TRM SERIES
LOW LOSS VHF COMBINER
M101-150-8TRM19
LOW LOSS VHF COMBINER FOR CLOSE SPACING
1
The M101-150-8TRM19 uses up to With new narrowband channel
TRANSMITTER COMBINERS
eight 10”, high “Q” low-loss cavities assignments, proper filtering is
mounted on a standard 19” x 72” even more critical. The M101-150-
rack. This combiner provides as TRM19 series allows operators of
much as 75 dB isolation for each high-density VHF systems to take
transmitter, with spacing as close advantage of new technology,
as 105 KHz. Each channel has a and enhance the performance of
separate isolator with 60 Watt existing systems.
load (standard), and all tuning is
accessible from the front panel.
Optional power monitoring for
each channel is available, as well as
remote keying for each transmitter.
The PM10C2S-1C wattmeter panel
uses only 1.75” of rack space.
The optional receiver system is
built around the Telewave compact
preselector series. Depending on
the application, the TPCP-1544C
or 1546C preselector may be
integrated directly into the upper
portion of the M101-150 84” rack.
The 1RU receiver panel also mounts
straight into the rack, preserving
valuable site floor space.
SPECIFICATIONS
Frequency range 148-174 MHz
Channels 1-8 channels into 1 or 2 antennas OPTIONAL 100 WATT
LOADS SHOWN
Channel separation (min) 105 KHz
Input power (std. / opt.) 100 / 150 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 3.0 dB - 5 ch. at 250 KHz spacing
3.8 dB - 5 ch. at 150 KHz spacing
TX-to-TX isolation (typ.) 75 dB
Antenna to TX isolation (typ.) 70 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 10” diameter / 1/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
Rack dimensions (HWD) in. (cm) 84 x 20 x 26 (214 x 51 x 66)
Weight lb. (kg) 250 (113.5)
M101-150-8TRM
LOW LOSS VHF COMBINER
M106-450-4/8TPC
COMPACT TRANSMITTER COMBINER PANELS
1
The Telewave M106-450-4TPC
TRANSMITTER COMBINERS
FEATURES
and 8TPC Compact Low Loss
• ULTRA COMPACT -
Combiner Panels are designed for
4 CH. ONLY 12.25" HIGH
new, narrowband technologies. Six-
inch diameter high “Q” cavities and • 1-8 TRANSMITTERS INTO ONE
ANTENNA
horizontal mounting dual isolators
provide high performance in only • LESS THAN 3 dB
7RU (12.25”). INSERTION LOSS (4 CH.)
• MODULAR PANELS
All components in these field-
SIMPLIFY EXPANSION
expandable combiners are
completely passive. This design • COMPLETELY SELF-
CONTAINED
allows for front panel tuning,
simplifing installation and • LOW COST PER CHANNEL
maintenance, and allows for • FULLY FIELD TUNABLE
addition of channels without any • 80 dB TX TO TX PROTECTION
disruption of service.
These combiners are shipped
without racks, for mounting in
existing installations.
MAJOR OPTIONS
• HEAVY DUTY 19” RACKS
• POWER MONITORING
• WATTMETER PANEL
• RECEIVER MULTICOUPLER
SPECIFICATIONS • EXPANSION KITS TO 8
Frequency range 400-512 MHz CHANNELS (M106-450-1T)
Channels 1-8 channels into 1 or 2 antennas
Channel separation (min) 300 KHz
Input power (max) 150 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 2.9 dB - 4 ch. at 300 KHz spacing
3.4 dB - 8 ch. at 300 KHz spacing
TX-to-TX isolation (typ.) 80 dB
Antenna to TX isolation (typ.) 75 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 6” diameter / 1/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
Panel dimensions (HWD) in. (cm) 12.25 x 19 x 17 (31.1 x 48.3 x 43.2)
Weight lb. (kg) 4 ch. 60 (27.2)
SPECIFICATIONS
Frequency ranges 200-512 MHz
Channels 4 or 6 channels into one antenna
Channel separation (min) 250 KHz
Input power (std. / opt.) 100 / 150 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 3.25 dB at 275 KHz spacing
TX-to-TX isolation (typ.) 80 dB
Antenna to TX isolation (typ.) 75 dB M107 TP
2nd harmonic suppression (typ.) 90 dB 6 CHANNELS
TRANSMITTER COMBINERS
-450 Low Loss Combiners are special configurations and expan-
designed for new, narrowband sion kits are available.
technologies. All components in
these field-expandable combiners
are completely passive, with the
exception of the optional receiver FEATURES
distribution amplifier. The compact • ALL TUNING FROM
layout is enclosed in a rugged steel THE FRONT
frame. • UP TO 14 TRANSMITTERS
INTO ONE ANTENNA
Optional power monitoring for
each channel is available, as well as • LESS THAN 3 dB
remote keying for each transmitter. INSERTION LOSS
The PM10C2S-1C wattmeter panel • ALL CONNECTIONS AT
uses only 1.75” of rack space. TOP OF RACK
SPECIFICATIONS
Frequency ranges 200-512 MHz
Channels 1-14 channels into 1 or 2 antennas
Channel separation (min) 250 KHz
Input power (std. / opt.) 100 / 150 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 3.25 dB at 275 KHz spacing
TX-to-TX isolation (typ.) 80 dB Shown with Optional Receiver
Distribution Panel
Antenna to TX isolation (typ.) 75 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 7” diameter / 1/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
72 x 20 x 26 (183 x 51 x 66)
Rack dimensions (HWD) in. (cm) (Depth varies with frequency)
Weight lb. (kg) 200 (91)
M108-450-TRM SERIES
LOW LOSS UHF COMBINER
SPECIFICATIONS
Frequency range 400-512 MHz
Channels 1-10 channels into 1 or 2 antennas
Channel separation (min) 250 KHz
Input power (max) 150 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 3.5 dB - 5 ch. at 250 KHz spacing
TX-to-TX isolation (typ.) 80 dB
Antenna to TX isolation (typ.) 75 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 8” diameter / 1/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
Panel dimensions (HWD) in. (cm) 24.5 x 19 x 14 (62 x 48.3 x 35.6)
Weight lb. (kg) 150 (68.1) 5 ch.
M108-450-TRM3Q SERIES
LOW LOSS UHF COMBINER
1
The M108- 450 -TRM3Q series
TRANSMITTER COMBINERS
uses up to ten 8-inch, high “Q”
¾-wave low-loss cavities mounted
on a standard 19” x 72” rack.
These combiners are available in a
vertical or horizontal configuration
as required.
Up to 8 cavities can be mounted
vertically in two groups, or up
to 10 cavities can be mounted
horizontally on two 5-channel
panels. The vertical configuration
is useful for installation in limited
space or direct wall mounting. Each
cavity also contains internal support
for the tuner assembly specifically
to enable horizontal mounting.
Optional power monitoring for
each channel is available, as well as
remote keying for each transmitter.
The PM10C2S-1C wattmeter panel
uses only 1.75” of rack space.
An optional receiver system can
be built around the Telewave
M108-450-5TRM3Q
compact preselector series, or full- with preselector, power M108-450-8TRM3Q
size cavities as needed. Depending monitoring, and RX panel vertical mounting
on the application, the TPCP-4544
or TPCP-4546 preselector may be SPECIFICATIONS
mounted in the upper portion of a Frequency ranges 400-512 MHz
72” or 84” rack, and a 1RU receiver Channels 1-10 channels into 1 or 2 antennas
panel with 8 or 16 channels. Channel separation (min) 175 KHz
With new narrowband channel Input power (max) 150 watts per channel
assignments, proper filtering is Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
even more critical. The M108-450- Insertion loss per ch. (typ.) 3.6 dB - 5 ch. at 200 KHz spacing
TRM3Q series allows operators
TX-to-TX isolation (typ.) 80 dB
of high-density UHF systems to
take advantage of new technology, Antenna to TX isolation (typ.) 75 dB
and enhance the performance of 2nd harmonic suppression (typ.) 90 dB
existing systems. Cavity size 8” diameter / 3/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
Panel dimensions (HWD) in. (cm) 24.5 x 19 x 26 (62 x 48.3 x 66)
Weight lb. (kg) 150 (68.1) 5 ch.
M101-450-8TRM-193Q
LOW LOSS UHF COMBINER FOR CLOSE SPACING
M101-450-8TRM
LOW LOSS UHF COMBINER
1
The Telewave M101-450 Low Loss and enhance the performance of
TRANSMITTER COMBINERS
UHF Combiner is a unique, fully existing systems.
self-contained transmitter and
receiver combining system. The
custom welded 24” steel frame FEATURES
provides a rugged enclosure • ALL TUNING FROM FRONT
for all system components. This
• 8 TRANSMITTERS INTO
integrated design allows channels
ONE ANTENNA
to be added, retuned, or removed
in the field at any time, without • INTEGRATED RCVR PANEL
disrupting other active channels. • SELF-CONTAINED, BUILDING
The 24” x 48” rack handles up to 8 BLOCK CONCEPT
channels and 1 or 2 antennas. • LESS THAN 3 dB INSERTION
With new narrowband channel LOSS WITH PROPER
assignments, proper filtering is FREQUENCY SELECTION
even more critical. 10-inch High- • ALL CONNECTIONS AT
”Q” cavities with dual isolators TOP OF RACK
provide 80 dB isolation between • 80 dB TX TO TX PROTECTION
channels, and the optional receiver
• 130 dB RX INTERMOD
panel drives multiple receivers from
PROTECTION WITH RX PNL.
a single antenna. The PM8C2S
wattmeter panel allows forward • RF POWER MONITORING
or reverse power monitoring for FOR ALL CHANNELS AND
each channel, or total power to ANTENNA M101-450-8TRM-8R
(with optional preselector
each antenna. The M101-450 series • REMOTE TX KEYING and receiver panel)
allows system operators to take • FIELD TUNABLE
advantage of new technology,
SPECIFICATIONS
Frequency range 400-512 MHz
Channels 1-8 channels into 1 or 2 antennas
Channel separation (min) 250 KHz
Input power (max) 150 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 2.8 dB at 275 KHz spacing
TX-to-TX isolation (typ.) 80 dB
Antenna to TX isolation (typ.) 75 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 10” diameter / 1/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 24” rack mount / N Female
Dimensions (HWD) in. (cm) 48 x 24 x 24 (122 x 61 x 61)
Weight lb. (kg) 150 (68.1)
M108-760-10TRM
LOW LOSS 700-800 MHz COMBINER
SPECIFICATIONS
Frequency ranges 746-806, 800-869 MHz
Channels 1-10 channels into 1 or 2 antennas
Channel separation (min) 250 KHz
Input power (max) 150 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 4.25 dB - 5 ch. at 250 KHz spacing
4.8 dB - 10 ch. at 250 KHz spacing
TX-to-TX isolation (typ.) 80 dB
Antenna to TX isolation (typ.) 75 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 8” diameter / 3/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
Panel dimensions (HWD) in. (cm) 24.5 x 19 x 16 (62 x 48.3 x 40.6)
Weight lb. (kg) 150 (68.1)
M106-860-5TP/10TP
COMPACT EXPANDABLE TRUNKING COMBINER PANELS
1
The Telewave M106-860 Compact The advanced mechanical design
TRANSMITTER COMBINERS
Trunking Combiner is an industry of Telewave high “Q” cavities
leader for excellence in low-loss assures maximum long-term system
combiner technology. performance.
The completely passive combining Heavy duty 19” racks, duplexers,
technique with front panel tuning and receiver multicoupler systems
access simplifies installation and are available as upgrades.
maintenance, and allows for the
addition of new channels without CLOSE-UP OF REAR PANEL (10 CH.)
any disruption of service.
Each combiner panel is field
expandable up to five channels.
Additional pre-tuned combiner
panels can be added at any time.
Valuable site space is conserved (Rack not included)
when using efficient Telewave
combiners.
The modular building - block
construction means no specialized
test equipment is required.
SPECIFICATIONS
Frequency range 851-869 MHz
Channels 1-10 channels into 1 or 2 antennas
Channel separation (min) 500 KHz
Input power (max) 100 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 2.0 dB - 5 ch. at 1 MHz spacing
3.2 dB - 10 ch. at 500 KHz spacing
TX-to-TX isolation (typ.) 80 dB
Antenna to TX isolation (typ.) 65 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 6” diameter / 1/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
Panel dimensions (HWD) in. (cm) 12.25 x 19 x 17 (31 x 48.3 x 43.2)
Weight lb. (kg) 75 (34) 5 ch.
M107-860-5TRM-HP, 10TRM-HP
COMPACT HIGH POWER TRUNKING COMBINER
SPECIFICATIONS
Frequency range 851-869 MHz
Channels 1-10 channels into 1 or 2 antennas
Channel separation (min) 250 KHz
Input power (max) 175 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 2.2 dB - 5 ch. at 1 MHz spacing
4.25 dB - 5 ch. at 250 KHz spacing
3.2 dB - 10 ch. at 500 KHz spacing
TX-to-TX isolation (typ.) 85 dB
Antenna to TX isolation (typ.) 80 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 7” diameter / 3/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female, 7-16 DIN
Panel dimensions (HWD) in. (cm) 17.5 x 19 x 17 (44.5 x 48 x 43)
Weight lb. (kg) 150 (68.1) 5 ch.
M101-860-10TRM
LOW LOSS 800 MHz COMBINER
1
The Telewave M101-860 Trunking Convenient remote transmitter
TRANSMITTER COMBINERS
Combiner is an industry leader in keying is included on the RF
low-loss combiner technology. Ease wattmeter panel.
of installation and maintenance
All rack-mount f ive channel
is accomplished by front panel
combiners are field expandable
tuning.
to 10 channels by the addition
These trunking combiners are of pre-tuned combiner panels.
complete packages, including The modular building - block
19” x 72” rack or heavy duty steel construction means no specialized
cabinet with front and rear locking test equipment is required.
doors, receiver distribution system,
The advanced mechanical design
preselector, and power monitoring
of the Telewave 8-inch high “Q”
system.
cavities assures maximum long-
The completely passive combining term system performance. All
technique allows for maintenance cables are easily accessible from
and addition of channels without the front panel.
disruption of the system.
Valuable site space is conserved
when using efficient Telewave
designed combiners, and RF power
metering is a standard feature.
All forward and reverse power
measurements are switchable for
each transmitter and antenna.
SPECIFICATIONS
Frequency range 806-869 MHz
Channels 1-10 channels into 1 or 2 antennas
Channel separation (min) 500 KHz (250 KHz with 3Q cavities)
Input power (max) 150 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 2.0 dB - 5 ch. at 1 MHz spacing
3.2 dB - 10 ch. at 500 KHz spacing
TX-to-TX isolation (typ.) 85 dB
Antenna to TX isolation (typ.) 80 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 8” diameter / 1/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
Panel dimensions (HWD) in. (cm) 24.5 x 19 x 16 (62 x 48.3 x 40.6)
Weight lb. (kg) 75 (34) 5 ch.
TC860
CERAMIC ENHANCED TRUNKING COMBINER
TW860-2HRB1, TW860-4HRB1
COMPACT HYBRID COMBINERS
1
TRANSMITTER COMBINERS
TW860-2HRB1 TW860-4HRB1
BLOCK DIAGRAM
TW860-2HRB1 TWO CHANNEL HYBRID
T8660N ANTENNA
SPECIFICATIONS TLF-860 TWH-900
TX 1
Frequency range 851-869 MHz TWL-100
TWL-60
Channels 2 or 4 TZM-900
TX 2
Bandwidth 10-30 MHz
Input power (max) 100 watts per channel
Impedance / Input VSWR (max) 50 ohms / 1.3:1
Insertion loss: 2 ch. / 4 ch. 3.8 dB / 7.0 dB BLOCK DIAGRAM
TX to TX isolation 90 dB TW860-4HRB1 FOUR CHANNEL HYBRID
M108-900-10TRM3Q
LOW LOSS 900 MHz COMBINER
SPECIFICATIONS
Frequency range 896-941 MHz
Channels 1-10 channels into 1 or 2 antennas
Channel separation (min) 250 KHz
Input power (max) 150 watts per channel
Impedance / Input VSWR (typ.) 50 ohms / 1.25:1
Insertion loss per ch. (typ.) 4.25 dB - 5 ch. at 250 KHz spacing
4.8 dB - 10 ch. at 250 KHz spacing
TX-to-TX isolation (typ.) 80 dB
Antenna to TX isolation (typ.) 75 dB
2nd harmonic suppression (typ.) 90 dB
Cavity size 8” diameter / 3/4 wave
Operating temperature -30°C to +60°C
Mounting / Connectors 19” rack mount / N Female
Panel dimensions (HWD) in. (cm) 24.5 x 19 x 26 (62 x 48.3 x 66)
Weight lb. (kg) 150 (68.1) 5 ch.
M101-900-10TRMH
HIGH CAPACITY 900 MHz HYBRID COMBINER
1
The Telewave 900 MHz Hybrid The M101-900 combiner systems
TRANSMITTER COMBINERS
Trunking Combiner is the industry are priced as a complete transmitter
leader for excellence in hybrid combining package, with a 19”
combiner technology. This design steel rack, receiver distribution
allows any transmitter frequency system with preselector, sideband
spacing, even transmitters on the filters as needed, and power
same frequency for hot standby. monitoring.
The passive combining design RF power metering is a standard
reduces maintenance requirements, feature. All forward and reverse
and allows simple reconfiguration power measurements are
of antennas to meet sys tem switchable for each transmitter. Up
coverage requirements. to five antennas can be monitored
for VSWR. Convenient remote
The rack mount ten- channel
transmitter keying is included on
combiners are field expandable
the wattmeter panel.
to twenty channels. Expansions
are accomplished by the addition The advanced design of the
of the pre-tuned duplexer cavity Telewave hybrid combiner assures
panels. Modular building block ma ximum long -term s ys tem
construction means no specialized performance. Special high power
test equipment is required. All combiners up to 250 watts are
components are easily accessible available upon request.
from the back of the rack.
M101-900-15TRM
BANDPASS/NOTCH COMBINERS
1 NOTCH, 1-3 PASS CAVITIES
M101-150-1T-3PN
WITH OPTIONAL DUAL
ISOLATOR
SPECIFICATIONS
Frequency ranges M101-70-xx 66-88 MHz
M101-150-xx 136-174 MHz
M101-450-xx 400-512 MHz
Insertion loss 0.5 - 3.0 dB (adjustable)
Impedance 50 ohms
VSWR (max) 1.5:1
Input power (max) 350 watts at 1.7 dB insertion loss
(without isolators) 150 watts at 3.0 dB insertion loss
Cavity size 8” diameter
Temperature -30°C to +60°C
Size (HWD) in. M101-70-xx 53 x 19 x 8.5 / 17 (2PN, 3PN)
M101-150-xx 22 x 19 x 8.5 / 17 (2PN, 3PN)
M101-450-xx 16 x 19 x 8.5 / 17 (2PN, 3PN)
Weight lb. M101-70-1T -1PN 24
-2PN 35
-3PN 46
M101-150-1T -1PN 17
-2PN 25
-3PN 33
M101-450-1T -1PN 12
-2PN 17
-3PN 20
HYBRID COMBINERS
2 OR 4 CHANNELS
1
Telewave Hybrid Combiner s
TRANSMITTER COMBINERS
allow transmitter combining with
close frequency spacing that is
not practical for cavity-ferrite
combiners. Combining adjacent
channels is possible, even two
transmitters on the same frequency.
These combiners are configured
in sets of two or four channels,
and maintain reasonable insertion
losses. TW450-4HRA1
Telewave TWR2 and TWR4 Receiver series preamp and multi-voltage multiple balanced outputs from
Distribution Panels provide 2 or 4 AC power supply are included on one input, with 20-30 dB of isolation
isolated 50 ohm receiver outputs a single 5.25” panel. The preamp between ports.
from one input, in a compact can also be powered directly from
package. The antenna port is tuned a DC source.
with a matching network to insure Telewave receiver panels use high-
a balanced input. A high-gain TLA- quality splitters which provide
NOTES
MODEL FREQUENCY PORTS BANDWIDTH GAIN
1. All unused ports must
TWR2-150 132-174 MHz 2 26 MHz 0-18 dB be terminated with 50
TWR2-250 216-250 MHz 2 34 MHz 0-18 dB ohms. TWL-01 terminat-
ing resistor is available
TWR2-350 300-400 MHz 2 30 MHz 0-18 dB
for this purpose.
TWR2-450 400-512 MHz 2 40 MHz 0-18 dB
2. Panel gain is measured
TWR2-760 763-824 MHz 2 30 MHz 0-18 dB from the input port to
TWR2-860 806-960 MHz 2 30 MHz 0-18 dB any output port. Gain is
adjusted at the factory
TWR4-150 148-174 MHz 4 26 MHz 0-18 dB according to individual
TWR4-250 216-250 MHz 4 34 MHz 0-18 dB system requirements.
TWR4-350 300-400 MHz 4 40 MHz 0-18 dB 3. Tuning range and band-
TWR4-450 400-512 MHz 4 40 MHz 0-18 dB width vary depending
on frequency band and
TWR4-760 763-824 MHz 4 40 MHz 0-15 dB system components.
TWR4-860 806-960 MHz 4 40 MHz 0-15 dB 4. Exact frequencies must
COMMON SPECIFICATIONS be specified with order.
Impedance / VSWR (typ) 50 ohms / 1.3:1
Isolation RX-RX (min / typ.) 132-174 MHz: 20 dB / 25 dB
216-960 MHz: 25 dB / 30 dB
Noise figure (typ) 2.5 dB
Third order intercept +36 dBm
Intermodulation (typ) -130 dB for -30 dBm input
Temperature range -40°C to +60°C
Power requirements AC 100-240 VAC, 50-60 Hz / 0.4 A
DC +12 to +24 VDC / 200 mA (typ.)
Connectors In / Out N Female (BNC female opt.)
Dimensions (HWD) in. (cm) 5.25 x 19 x 3 (13.3 x 48.3 x 7.6)
Weight lb. (kg) 4 (1.8)
MULTICOUPLERS
TWR8 SERIES TWR16 SERIES
Telewave Receiver Distribution Additional panels may be added and bandwidth varies depending
Panels are used to feed multiple at any time to increase the number on frequency band and system
receivers from a common antenna, of available outputs. New panels component s. Please contac t
reducing cost and tower loading, can be directly coupled to existing Te l e w a v e t o d i s c u s s y o u r
while providing consistent signal panels without additional parts or requirements with a sales engineer
quality, output isolation, and higher tuning. Successful multicoupling to e n s u re m a x im u m s y s te m
output levels. generally requires some type of performance.
filtering between the receiver
A typical receiver distribution panel
panel and antenna. Telewave
includes a power supply, inline low
manufactures a wide range of high
noise preamplifier, and one or two
quality preselector systems for
8-way splitters all on a single 19”
transmitters and receivers.
panel. The preamplifier provides as
much as +18 dB system gain to Telewave receiver panels provide 8
over come splitting and cable or 16 matched 50 ohm outputs
losses. from one input, with typical 25 dB
isolation between por ts. The
Telewave receiver panels are fully
antenna por t is tuned with a
shielded, and each panel has
matching network to insure a
sufficient bandwidth to cover an
balanced input. A -20 dB sample
entire commercial or Public Safety
port is also provided for connection
band. Standard panels have one
of external signal analyzers.
input, 8 or 16 outputs, and a -20 dB
sample port on a 7" x 19" panel. A Telewave can supply panels for
24 channel model is available for operation on +12 to +24 VDC, and
700/800 MHz only. For sites with 120 or 220/240 VAC. Other voltage
limited rack space, the Telewave 1R options are available on request. A
and 2R series of compact panels is battery backup on the DC input can
also available with 8 or 16 channels provide uninterrupted operation
in 1 rack unit (1.75" H), or up to 32 during a site power failure (charging
channels on a 3.5" panel. output not supplied). Tuning range
MULTICOUPLERS
FEATURES
• 25 dB TYPICAL PORT
TO PORT ISOLATION
• N OR BNC OUTPUT
• 0.7 TO 2.5 dB TYPICAL
NOISE FIGURE
• MODULAR DESIGN
• VHF-LOW/HIGH, UHF,
700/800/900 TRUNKING
• NO TUNING REQUIRED
• 1 RACK UNIT (1.75” x 19”) TWR16-450-1R
• 24 AND 32 CHANNELS
AVAILABLE IN 2 RU
Telewave Compac t Receiver New panels c an be direc tly This design is especially suited for
Distribution Panels are used to c o u p l e d t o ex i s t i n g p a n e l s battery, solar panels, and thermal
feed multiple receivers from a withou t additional par t s or generator sources. An external
common antenna, reducing cost tuning. Successful multicoupling DC-DC converter allows operation
and tower loading, while generally requires some type of from DC inputs as low as +9.5
p rov id i n g co n s i s te n t s ig n a l filtering between the receiver VDC.
quality, output isolation, and panel and antenna. Telewave
The 1R series ships standard with
higher output levels. manufactures a wide range of
a n i n li n e l ow n o i s e b i p o l a r
high quality preselector systems
A typical receiver dis tri bu tion preamplifier (except TT models).
for transmitters and receivers.
panel includes a power supply, Optional items include PHEMT
inline low noise preamplifier, and Telewave receiver panels use high- preamps for lower noise figure,
one or two 8-way splitters all on quality splitters to provide 8 or 16 high 3rd order intercept preamps
a single 19” tray. The preamplifier matched 50 ohm outputs from one for RF congested sites, redundant
provides as much as +18 dB input, with typical 25 dB isolation preamps for maximum reliability
system gain to overcome splitting between ports. The antenna port at remote sites, and broadband
and cable losses. is tuned with a matching network preamps for multi-band
to insure a balanced input. applications.
Telewave 1R panels provide full
performance in only 1RU. The 8 These units, with their specially
channel unit can be easily field designed power supply, can be
expanded to 16 channels, by powered from an AC or DC source.
adding an additional 8 channel The internal DC input circuitry will
s p l i t t e r. A l l r e c e i v e r p a n e l allow the external input DC voltage
components are fully shielded, to vary between +11.5 VDC to +15
and each panel has sufficient VDC, while keeping the DC output
bandwidth to cover an entire voltage constant. This feature
commercial or Public Safet y allows the preamplifier to perform
band. at its rated gain, 1 dB compression
point, and 3rd order intercept point.
FREQUENCY
MODEL RANGE PORTS BANDWIDTH OPTIONS
TWR8-030-1R, RA 30-88 MHz 8 58 MHz 1
TWR8-050-1R, RA 50-512 MHz 8 400 MHz 1
TWR8-150-1R, RA, RTT 132-174 MHz 8 42 MHz 1,2 OPTIONS:
TWR8-250-1R, RA, RTT 216-250 MHz 8 42 MHz 1,2 1. RA: 0-10 dB step
TWR8-350-1R, RA, RTT 300-400 MHz 8 40 MHz 1,2 attenuator
(std. gain 1 to 11 dB)
TWR8-450-1R, RA, RTT 400-512 MHz 8 40 MHz 1,2
2. RTT: 1 amp meter
TWR8-760-1R, RA, RTT 763-824 MHz 8 40 MHz 1,2 movement & DC
TWR8-860-1R, RA, RTT 806-960 MHz 8 40 MHz 1,2 injector to power
Tower Top Preamp.
TWR16-030-1R, RA 30-88 MHz 16 58 MHz 1
TWR16-050-1R, RA 50-512 MHz 16 400 MHz 1 NOTES
TWR16-150-1R, RA, RTT 132-174 MHz 16 42 MHz 1,2 1. All unused ports must
be terminated with 50
TWR16-250-1R, RA, RTT 216-250 MHz 16 42 MHz 1,2
ohms. TWL-01 terminat-
TWR16-350-1R, RA, RTT 300-400 MHz 16 40 MHz 1,2 ing resistor is available
TWR16-450-1R, RA, RTT 400-512 MHz 16 40 MHz 1,2 for this purpose.
TWR16-760-1R, RA, RTT 763-824 MHz 16 40 MHz 1,2 2. Panel gain is measured
from the input port to
TWR16-860-1R, RA, RTT 806-960 MHz 16 40 MHz 1,2 any output port. Gain is
COMMON SPECIFICATIONS adjusted at the factory
according to individual
Impedance / VSWR (typ) 50 ohms / 1.3:1 system requirements.
Isolation port to port (min / typ.) 30-174 MHz: 20 dB / 25 dB Standard gain is 6 dB if
216-960 MHz: 25 dB / 30 dB not specified.
System gain (factory adj.) 8 ch. 30-760 MHz: 0-18 +/-1 dB 3. Tuning range and band-
760-960 MHz: 0-12 +/-1 dB width vary depending
16 ch. 30-760 MHz: 0-15 +/-1 dB on frequency band and
760-960 MHz: 0-8 +/-1 dB system components.
Noise figure (max) 2.5 dB 4. Exact frequencies and
system gain must be
Third-order intercept (typ) +36 dBm specified with order.
Intermodulation (typ) -130 dB for -30 dBm input
Temperature range -40°C to +60°C
Power requirements AC 120 VAC (std.) 220/240 VAC (opt.)
DC +11.5 to +15 VDC (regulated output)
+12 to +24 VDC (direct to preamp)
Connectors Input - N Female
Output - N or BNC Female (opt.)
Dimensions (HWD) in. (cm) 1.75 x 19 x 11 (4.5 x 48.3 x 27.9)
Weight lb. (kg) 8 ch / 16 ch 6.5 (3.0) / 8.5 (3.9)
TWR24/32-2R SERIES
COMPACT RECEIVER PANELS
2
MULTICOUPLERS
FEATURES
• 25 dB TYPICAL PORT
TO PORT ISOLATION
• N OR BNC CONNECTORS
• 0.7 TO 2.5 dB TYPICAL
NOISE FIGURE
• MODULAR DESIGN
• VHF-LOW/HIGH, UHF,
700/800/900 TRUNKING
• NO TUNING REQUIRED
• ONLY 2 RU (3.5” x 19”)
TWR32-150-2R
Telewave 2R Compact Receiver generally requires some type of DC-DC converter allows operation
Distribution Panels are used at filtering between the receiver from DC inputs as low as +9.5
medium to high density sites panel and antenna. Telewave VDC.
to feed multiple receivers from manufactures a wide range of
The 2R series ships standard
a common antenna, reducing high quality preselector systems
with an inline low noise bipolar
cost and tower loading, while for transmitters and receivers.
preamplifier (except TT models).
providing consistent signal
Telewave 2R Receiver Panels use Optional items include PHEMT
quality, output isolation, and
high-quality splitters to provide preamps for lower noise figure,
higher output levels.
24 or 32 matched 50 ohm outputs high 3rd order intercept preamps
A typical receiver dis tri bu tion from one input, with typical 25 for RF congested sites, redundant
panel includes a power supply, dB isolation bet ween por t s. preamps for maximum reliability
inline low noise preamplifier, The antenna port is tuned with at remote sites, and broadband
and three or four 8-way splitters a matching network to insure a preamps for multi-band
all on a single 19” tray. The balanced input. applications.
preamplifier provides as much as
These units, with their specially
+12 dB system gain to overcome
designed power supply, can be
splitting and cable losses.
powered from an AC or DC source.
Telewave 2R panels provide full The internal DC input circuitry will
performance in only 2RU. All allow the external input DC voltage
receiver panel components are to vary between +11.5 VDC to +15
fully shielded, and each panel VDC, while keeping the DC output
has sufficient bandwidth to cover voltage constant. This feature allows
an entire commercial or Public the preamplifier to perform at its
Safety band. rated gain, 1 dB compression point,
and 3rd order intercept point.
New panels can be directly
c o u p l e d t o e x i s t i n g p a n e l s This design is especially suited for
w i t h o u t a d d i t i o n a l p a r t s o r battery, solar panels, and thermal
tuning. Successful multicoupling generator sources. An external
TWR24/32-2R SERIES
PS- SERIES
RECEIVER POWER SPLITTERS
2
Telewave Receiver Power Splitters to compensate for coupler and
MULTICOUPLERS
provide 2 to 8 matched 50 ohm cable losses.
receiver outputs from one input. These rugged, compact splitters
The antenna port is tuned with a are commonly used in R X
matching network to insure a multicouplers, and are not intended
balanced input. to be used with transmitters.
Since the input signal is split evenly Telewave makes a full line of
between all ports, the available transmitter power dividers with
signal at each output port will be 3 500 watt power capability for this
to 9 dB below the input. For this purpose.
reason, a preamp is generally used
MODEL PORTS FREQUENCY BANDWIDTH STD. TUNE
PS-302 2 33-50 MHz 8 MHz 38-46 MHz Two-Way Splitter
PS-702 2 72-88 MHz 16 MHz 72-88 MHz
PS-1502 2 132-174 MHz 26 MHz 148-174 MHz
PS-1504 4 148-174 MHz 26 MHz 148-174 MHz
PS-3302 2 320-390 MHz 30 MHz 350-380 MHz
PS-4502 2 400-512 MHz 40 MHz 450-470 MHz
PS-4504 4 400-512 MHz 40 MHz 450-470 MHz
PS-4508 8 400-512 MHz 40 MHz 450-470 MHz
Four-Way Splitter
PS-5002 2 10-1000 MHz 1000 MHz N/A
PS-5004 4 10-1000 MHz 1000 MHz N/A
PS-5008 8 30-512 MHz 500 MHz N/A
PS-7602 2 763-824 MHz 30 MHz 793-824 MHz
PS-7604 4 763-824 MHz 40 MHz 793-824 MHz
PS-7608 8 763-824 MHz 40 MHz 793-824 MHz
PS-8602 2 806-960 MHz 30 MHz 806-824 MHz
Eight-Way Splitter
PS-8604 4 806-960 MHz 40 MHz 806-824 MHz
PS-8608 8 806-960 MHz 40 MHz 806-824 MHz
COMMON SPECIFICATIONS
Impedance / VSWR (typ.) 50 ohms / 1.3:1
Isolation (min / typ.) 20 dB / 25 dB
Input - N Female
Connectors Output - N or BNC Female (opt.)
Dimensions 2-way in. (cm) 1.25 x 2.25 x 1.5 (3.2 x 5.7 x 3.8)
Wideband Splitter - PS-5002
4-way in. (cm) 1.75 x 4.25 x 2.5 (4.5 x 10.8 x 6.4)
8-way in. (cm) 8 x 5.25 x 1 (20.3 x 13.3 x 2.5)
PS-5002 in. (cm) 2.75 x 2 x 0.75 (7 x 5.1 x 1.9)
PS-5004 in. (cm) 3.5 x 3 x 0.75 (8.9 x 7.6 x 1.9)
Coupling loss 2 / 4 / 8-port 3 / 6 / 9 dB
Insertion loss (typ.) 2 / 4 / 8-port 0.2 / 0.4 / 0.6 dB
Weight lb. (kg) 2 / 4 / 8-port 1 (0.45) / 2 (0.9) / 3 (1.4)
Note: Splitters are normally factory tuned as indicated. Other ranges must
be specified with order. Terminate unused ports with 50 ohms. Wideband Splitter - PS-5004
TLA SERIES
LOW NOISE BIPOLAR INLINE PREAMPLIFIERS
FEATURES
• 50 OHM INPUT/OUTPUT
Signal
• OVER-VOLTAGE/POLARITY PROTECTION input
• VERSATILE MOUNTING OPTIONS
• HIGH THIRD ORDER INTERCEPT
• RESISTANT TO INPUT OVERLOAD
TGA SERIES
PHEMT PREAMPLIFIERS
2
MULTICOUPLERS
FEATURES
• VERY LOW NOISE
• 50 OHM INPUT/OUTPUT
• OVER-VOLTAGE / POLARITY
PROTECTION
• VERSATILE MOUNTING DC input
OPTIONS
• COMMON PORT
INDUCTANCE
Telewave TGA Series in-line
preamplifiers utilize PHEMT devices
to amplify low-level RF signals by
up to 18 dB. The primary application
of these preamplifiers is to improve
the noise figure of a receiver system. Each preamplifier is housed in a NOTE: These preamplifiers are
Preamps compensate for splitter rugged, custom made, RF-tight for receiver use only. They are not
aluminum enclosure. The DC input designed to accept transmitter
insertion loss or losses from long power levels.
coax cable runs, and increase signal is reverse polarity protected, and
levels to spectrum analyzers or equipped with a high-pass filter to
other test equipment. eliminate RFI.
TWR1 SERIES
RACK MOUNT PHEMT PREAMPLIFIERS
The TWR-1 Series of Rack Mount rack-unit aluminum panel. Primary NOTE: These preamplifiers are for
PHEMT Preamplifiers provide up to input power is 120 or 220 VAC, receiver use only.
They are not designed to accept
+18 dB of user-controllable gain in and DC backup requires +11 to transmitter power levels.
a receiver system. These preamps +15 VDC. The DC input is reverse
provide extra gain to compensate polarity protected, and equipped
for loss of signal from tower with a high-pass filter to eliminate
extension, receiver filtering, or long RFI. Standard gain is +1 to +11 dB.
cable runs. Each unit consists of Any range between +1 to +11 and
a low-noise PHEMT preamplifier, +8 to +18 dB may be specified,
a 10 dB rotary step attenuator, depending on frequency.
and a regulated switching power
supply mounted on a 19-inch single
MULTICOUPLERS
Preamplifier systems recover low-
level signals from long or high loss
transmission lines and optimize
system performance. The Telewave
system allows single, multi-band
and/or multi-window operation in
the 300-400, 400-512, 793-824, and
806-901 MHz receiver bands.
The RF preamplifier is designed
with two PHEMT devices in a
redundant hybrid configuration. A
single device failure causes a 6 dB
reduction in gain, but the amplifier
continues to operate with stable
TTPA-3548 Tower Top
impedance. This provides high Preamp/Preselector
operational reliability. Very low
loss input circuits provide the best Each filter is custom designed to DC current levels are monitored
possible noise figure. DC surge operate in the most adverse RF with a built-in metering panel.
and reverse voltage protection is environments.
The enclosure is fully weather-
provided.
The base power supply provides sealed, compliant with NEMA 4.
The preselector filter systems DC coupling and decoupling to the
incorporate combline, cavity and transmission line and connection to
multi-window technologies. the receiver distribution system.
ELECTRICAL SPECIFICATIONS
Frequency ranges 300-512, 793-824, 896-901 MHz
System gain (max, single band) 17 dB (factory adjusted)
3rd order intercept (typ) +40 dB
Noise figure (typ) 0.8 dB
VSWR 1.3:1
Lightning protection Impulse supressor (Polyphaser)
Power requirements +15 VDC / 280 mA (+12 VDC opt.)
Temperature range -40°C to +70°C
MECHANICAL SPECIFICATIONS Dimensions (HWD) in. (cm) Weight lb. (kg)
Tower box TTPA-4586 24 x 20 x 12 (61 x 51 x 31) 39 (17.7)
TTPA-8626 16 x 16 x 6 (41 x 41 x 15) 39 (17.7)
TTPA-8690 16 x 16 x 10 (41 x 41 x 25) 39 (17.7)
Base supply 19 x 3.5 x 7.25 (48 x 9 x 14) 4.7 (2.1)
Finish Tower box NEMA 4 - Gray polyester powder coat
Base supply Grained aluminum
Connectors N Female
TTPA-4544
TOWER TOP PREAMPLIFIER / PRESELECTOR
ELECTRICAL SPECIFICATIONS
Frequency ranges (MHz) 455-460, 465-470, 470-512
System gain (single band) 17 dB (factory adjusted)
Noise figure (typ) 0.8 dB
3rd order intercept (typ) +40 dB
Power requirements +15 VDC / 280 mA (+12 VDC opt.)
VSWR 1.3:1
Lightning protection Impulse supressor (Polyphaser)
Temperature range -40°C to +70°C
MECHANICAL SPECIFICATIONS
Dimensions Tower box (HWD) in. (cm) 20 x 16 x 11.5 (50.8 x 40.6 x 29.2)
Base supply 19 x 3.5 x 7.25 (48.3 x 8.9 x 18.4)
Weight Tower box lb. (kg) 39 (17.7)
Base supply 4.7 (2.1)
Finish Tower box NEMA 4 - Gray polyester powder coat
Base supply Grained aluminum
Connectors N Female
MULTICOUPLERS
TPCP-8648
Filter Type: Pass Cavity
0
10
20
30
40
50
60
TTPA-8648 TTPA-8626 70
80
2.7 dB 1.2 dB 20
30
Hybrid combined redundant pair
Redundancy 40
with tower top bypass relay
DC Input Voltage +15 VDC / 280 mA (+12 VDC opt.) 50
The Telewave TTBS-4586 Base The Base Power Supply accepts A front panel step attenuator is
Power Supply provides up to 1 AC or optional DC input, or both, also available.
amp of regulated DC power for any depending on system requirements.
Telewave tower mounted preamp. A built-in DC-DC converter allows
DC input up to 75 VDC. The panel
The TTBS-4586 is designed around
requires a 3.5” x 19” rack space, and
a custom power supply, which
includes a 1 amp current meter.
supplies +15 VDC to the preamp
via the coax cable. Voltage is The optional TCMA-300 current
coupled to the transmission line monitor and alarm panel provides
by a Polyphaser GX series impulse adjustable high and low current
suppressor, which incorporates a trip points with form ”C” contact
DC power injector. closure and LED status alarm.
ELECTRICAL SPECIFICATIONS
AC input voltage 100-240 VAC, 50-60 Hz / 0.4 A
DC output voltage (to tower unit) +15 VDC / 1A
Stand by dc input voltage (opt) +/- 9-18, 18-36, or 36-75 VDC
Input / output VSWR <1.3:1
Lightning protection Impulse suppressor, 20 kA
Temperature range -40°C to +70°C
MECHANICAL SPECIFICATIONS
Dimensions (HWD) in. (cm) 3.5 x 19 x 7.25 (8.9 x 48.3 x 18.4)
Weight lb. (kg) 4.7 (2.1)
RF Connectors N-female
Finish Grained aluminum, clear alodine
Optional front panel Black paint
TPCP-1342C / TPCP-1343C
COMPACT VHF AIRBAND PRESELECTORS
2
MULTICOUPLERS
TPCP-1342C TPCP-1343C
TPCP-1343C
Frequency (MHz)
SPECIFICATIONS TPCP-1342C TPCP-1343C
Frequency range 118-136 MHz
Bandpass (typ) 700 KHz 1.5 MHz
Attenuation at +/- 5 MHz (typ) 45 dB 70 dB
Insertion loss (typ) 2.0 dB 2.0 dB
Power input (max) 350 watts
Impedance (nom) / VSWR (max) 50 ohms / 1.5:1
Temperature range -30°C to +70°C
Number of cavities / size 2 / 4” 3 / 4”
Connectors N Female, UHF (opt.)
Dimensions (HWD) in. (cm) 5.25 x 19 x 17 (13.3 x 48.3 x 43.2)
Mounting 19” rack mount
Finish Alodine / Gray acrylic enamel
Weight lb. (kg) 13 (5.9) 16 (7.3)
TPCP-1344C / TPCP-1344CM
COMPACT VHF AIRBAND PRESELECTOR
20
30
40
50
60
70
SPECIFICATIONS - TPCP-1344C / CM
Frequency range 118-136 MHz
Bandpass (max) 2 MHz
Attenuation at +/- 5 MHz Fc (min) 50 dB
Insertion loss (typ) 1.5 dB
Power input (max) 350 watts
Impedance (nom) / VSWR (max) 50 ohms / 1.5:1
Temperature range -30°C to +70°C
Number of cavities / size 4 / 4”
Connectors N Female, UHF (opt.)
Dimensions (HWD) in. (cm) C 5.25 x 19 x 18 (13.3 x 48.3 x 45.7)
(Tuners fully extended) CM 4 x 19 x 18 (10.2 x 48.3 x 45.7)
Mounting C 19” rack mount
CM 19” cabinet mount
Finish Alodine / Gray acrylic enamel
Weight lb. (kg) 19.5 (8.9)
TPCP-1442C / TPCP-1443C
COMPACT VHF PRESELECTORS
2
MULTICOUPLERS
TPCP-1442C TPCP-1443C
TPCP-1444C / TPCP-1444CM
COMPACT VHF PRESELECTOR
20
30
40
50
60
70
SPECIFICATIONS - TPCP-1444C / CM
Frequency range 135-151 MHz
Bandpass (max) 2 MHz
Attenuation at +/- 5 MHz Fc (min) 50 dB
Insertion loss (typ) 1.5 dB
Power input (max) 350 watts
Impedance (nom) / VSWR (max) 50 ohms / 1.5:1
Temperature range -30°C to +70°C
Number of cavities / size 4 / 4”
Connectors N Female, UHF (opt.)
Dimensions (HWD) in. (cm) C 5.25 x 19 x 18 (13.3 x 48.3 x 45.7)
(Tuners fully extended) CM 4 x 19 x 18 (10.2 x 48.3 x 45.7)
Mounting C 19” rack mount
CM 19” cabinet mount
Finish Alodine / Gray acrylic enamel
Weight lb. (kg) 19.5 (8.9)
TPCP-1446C
COMPACT VHF PRESELECTOR
2
The TPCP-1446C of fers high
MULTICOUPLERS
performance in a compact design
for the 135-151 MHz VHF band.
Six square, pass-reject cavities
provide greater than 8 0 dB
at tenuation at +/- 5 MHz, with a
bandpass of 2.2 MHz or less, and
insertion loss of 2.5 dB or less.
The custom-extruded 4” cavities
allow horizontal rack mounting on a
standard 19" rack, with rack height
of only 8.75".
0
10
20
Attenuation (dB)
30
40
50
60
70
80
SPECIFICATIONS - TPCP-1446C
Frequency range 135-151 MHz
Bandpass (max) 2.2 MHz
Attenuation at +/- 5 MHz 80 dB
Insertion loss (typ) 2.5 dB
Power input (max) 350 watts
Impedance (nom) / VSWR (max) 50 ohms / 1.5:1
Temperature range -30°C to +70°C
Number of cavities / size 6 / 4”
Connectors N Female, UHF (opt.)
Dimensions (HWD) in. (cm) 8.75 x 19 x 18
(Tuners fully extended) (22.2 x 48.3 x 45.7)
Mounting 19” rack mount
Finish Alodine / Gray acrylic enamel
Weight lb. (kg) 36.5 (16.6)
10
20
1514 150-160 MHz 30
1614 160-170 MHz 40
50
1714 170-180 MHz 60
70
Bandpass (typ) 2 MHz 80
Attenuation at +/- 5 MHz 45 dB 142.5 155.0 167.5
TPCP-1542C / TPCP-1543C
COMPACT VHF PRESELECTORS
2
MULTICOUPLERS
TPCP-1542C TPCP-1543C
TPCP-1544C / TPCP-1544CM
COMPACT VHF PRESELECTOR
0
10
Attenuation (dB)
20
30
40
50
60
70
SPECIFICATIONS - TPCP-1544C / CM
Frequency range 148-174 MHz
Bandpass (max) 2 MHz
Attenuation at +/- 5 MHz Fc (min) 50 dB
Insertion loss (typ) 1.5 dB
Power input (max) 350 watts
Impedance (nom) / VSWR (max) 50 ohms / 1.5:1
Temperature range -30°C to +70°C
Number of cavities / size 4 / 4”
Connectors N Female, UHF (opt.)
Dimensions (HWD) in. (cm) C 5.25 x 19 x 15 (13.3 x 48.3 x 38.1)
(Tuners fully extended) CM 4 x 19 x 15 (10.2 x 48.3 x 38.1)
Mounting C 19” rack mount
CM 19” cabinet mount
Finish Alodine / Gray acrylic enamel
Weight lb. (kg) 18.25 (8.3)
TPCP-1546C
COMPACT VHF PRESELECTOR
2
The TPCP-1546C of fers high
MULTICOUPLERS
performance in a compact design
for the 148-174 MHz VHF band.
Six square, pass-reject cavities
provide greater than 8 0 dB
at tenuation at +/- 5 MHz, with a
bandpass of 2.2 MHz or less, and
insertion loss of 2.5 dB or less.
The custom-extruded 4-inch cavities
allow horizontal rack mounting on a
standard 19" rack, with rack height
of only 8.75".
0
10
Attenuation (dB)
20
30
40
50
60
70
80
SPECIFICATIONS - TPCP-1546C
Frequency range 148-174 MHz
Bandpass (max) 2.2 MHz
Attenuation at +/- 5 MHz 80 dB
Insertion loss (typ) 2.5 dB
Power input (max) 350 watts
Impedance (nom) / VSWR (max) 50 ohms / 1.5:1
Temperature range -30°C to +70°C
Number of cavities / size 6 / 4”
Connectors N Female, UHF (opt.)
Dimensions (HWD) in. (cm) 8.75 x 19 x 15
(Tuners fully extended) (22.2 x 48.3 x 38.1)
Mounting 19” rack mount
Finish Alodine / Gray acrylic enamel
Weight lb. (kg) 36.5 (16.6)
TPCP-1554, -1556
BANDPASS PRESELECTOR
Telewave TPCP-1554 and TPCP- All units are factory tuned to TYPICAL FILTER RESPONSE CURVES
1556 preselectors are specially customer-supplied frequencies
designed for use with master and no further adjustment should 0
TPCP-1554
receive systems to insure rejection be necessary. Field re-tuning or
10
of external noise sources. These adjustment of insertion loss can be
20
bandpass preselectors provide accomplished quickly if needed.
Attenuation (dB)
30
optimum receiver desense
40
protection when installed between
50
a receiver multicoupler and the
60
antenna. In addition, their high
70
power capability allows these
80
units to be used as sideband filters
on the outputs of transmitters or -3 -2 -1 Fo +1 +2 +3
Frequency (MHz)
transmitter combiners.
Bandpass preselectors reject all
signals outside a selected pass TPCP-1556
0
window, and are often preferred
10
at congested sites. TPCP-1554
Attenuation (dB)
20
4 or 6 series-connected cavities, 40
TPCP-2244, -2246
BANDPASS PRESELECTORS
2
Telewave TPCP-2244 and TPCP- All units are factory tuned to TYPICAL FILTER RESPONSE
MULTICOUPLERS
2246 preselectors are specially customer-supplied frequencies TPCP-2244
0
designed for use with master and no further adjustment should
receive systems to insure rejection be necessary. Field retuning or 10
Attenuation (dB)
30
optimum receiver desense
protection when installed between 40
at congested sites.
30 6
These bandpass filters consist of 4,
40 8
6, or 8 series-connected cavities,
50 10
and are available in a wide range
of pass bandwidths. Each model
4
54
60 12
-3
CP
TP
548
-35
TPC
TP
TPCP-4542
BANDPASS PRESELECTOR
2
The Telewave TPCP-4542 UHF
MULTICOUPLERS
receiver preselector is specially
designed for use in master antenna
receive systems, to insure rejection
of external noise sources. This
bandpass preselector provides
optimum protection against desense
and adjacent channel interference
when installed between the receiver
multicoupler and antenna. High
power capability also allows these TPCP-4542 TWPC-4504-2
units to be used as sideband filters 459 MHz at 2.0 dB IL Cavity Response
0 0
on the outputs of transmitters or
transmitter combiners. 10 10
0.5 dB
at congested sites.
30 6
These bandpass filters consist of 4,
40 8
6, or 8 series-connected cavities,
50 10
and are available in a wide range
of pass bandwidths. Each model
4
54
60 12
-4
CP
TP
548
-45
TPC
TP
MULTICOUPLERS
and TPCP-45215-2 dual window
combline preselectors are specially
designed for use with master receive
systems, to optimize performance
on UHF repeater fre quen cies,
and provide excellent rejection
of external noise sources. These
combline filters provide maximum
protection from receiver desense
when installed between the receiver
multicoupler and the antenna.
The 45215 and 46215 combline TPCP-45215, 46215 TPCP-45215-2
filters have a bandpass of 4 MHz, Single Window Combline Dual Window Combline Preselector
0
and consist of a series of resonators 0
Attenuation (dB)
10
in a compact enclosure, mounted 20 10
Attenuation (dB)
30
windows on a 10.5” x 19” panel. These 70
80
units feature “sharp-skirt” selectivity 40
462.50 467.50 472.50
with minimum insertion loss in single Frequency (MHz) 50
or dual configuration. All units are
pre-tuned to customer-specified 60
TPCP-4514
COMPACT UHF PRESELECTOR
10
Bandpass (typ) 4 MHz 20
30
Attenuation at +/- 10 MHz 30 dB 40
50
Insertion loss (typ) 2.0 dB 60
Power input (max) 50 watts 70
80
Impedance (nom) / VSWR (max) 50 ohms / 1.5:1
450 460 470
Temperature range -30°C to +70°C Frequency (MHz)
Number of cavities / size 4 / 1”
Connectors N female, BNC female (opt)
Dimensions (HWD) in. (cm) max 1.1 x 4.9 x 4 (2.8 x 12.4 x 10.2)
(including connectors, tuners and
mounting tabs
Mounting Flat surface
Finish Black enamel
Net weight lb. (kg) 1 (0.45)
Shipping weight lb. (kg) 2 (0.9)
Appearance of current production models
may vary from picture.
TPCP-8642, TPCP-8644
BANDPASS PRESELECTORS
2
Telewave TPCP-8642 and 8644 fingerstock. All models are 19”
MULTICOUPLERS
TYPICAL RESPONSE CURVES
Bandpass Preselectors are specially rack-mountable, and come with N
designed for use with 800 MHz Female connectors. Preselector TPCP-8642
0
Attenuation (dB)
20
bandpass preselectors provide 30
optimum receiver desense
40
protection when installed between
50
the receiver multicoupler and the
60
antenna. Their high power capability
allows these units to be used as TPCP-8642
70
Attenuation (dB)
20
These bandpass filters are available
30
with up to a 5 MHz pass bandwidth,
and they consist of 2 or 4 series- 40
TPCP-8644
features “sharp-skirt” selectivity 60
optimum per formance, these -30 -20 -10 Fo +10 +20 +30
bandpass filters are custom tailored Frequency (MHz)
to meet individual requirements.
Multiple-window configurations SPECIFICATIONS TPCP-8642 TPCP-8644
can be provided when more than Frequency range 806-960 MHz
one pass band is required. All units Bandpass (typ) 2 MHz or less 5 MHz or less
are factory tuned to customer- Attenuation (+/- 45 from Fc) 90 dB
supplied frequencies and no further Insertion loss (typ) 0.5 dB 1.0 dB
adjustment should be necessary. Power input (max) 350 watts
Heavy duty materials are used Impedance / VSWR (max) 50 ohms / 1.5:1
throughout these bandpass filters Temperature range -30°C to +70°C
to insure top performance and Number of cavities / size 2 / 4” 4 / 4”
long life, and only RG214 Mil-Spec Connectors N Female
cable is used for interconnections.
Dimensions (HWD) in. 5.25 x 19 x 10.5 5.25 x 19 x 10.5
Temperature stability is maintained
cm 13.3 x 48.3 x 26.7 13.3 x 48.3 x 26.7
from -30 to +70°C by the use of
temperature compensators, and Mounting 19” rack mount
threaded invar rod. Tuners are Finish Alodine / Gray acrylic enamel
silver plated and sliding contacts Net weight lb. (kg) 8 (3.6) 10 (4.5)
are made with beryllium copper Shipping weight lb. (kg) 12 (5.5) 14 (6.4)
TTPP-8642
BANDPASS / BANDREJECT PRESELECTOR
30
of transmitters or transmitter
combiners. 40
TPCP-8626, TPCF-8926
COMBLINE PRESELECTORS
TPCP-8626B 824-849 MHz
TPCF-8926 870-890 MHz
TPCF-8926B 870-890 MHz
2
The TPCP-8626 and TPCF-8926
MULTICOUPLERS
Combline Preselector filters are
specially designed for use in 800
MHz master receive systems,
allowing system designers to
accommodate multiple systems
while ensuring rejection of external
noise sources. These preselectors
and sideband filters provide
maximum desense protection for TPCP-8626
receiver front ends when installed
bet ween the multicoupler or
transmitter and antenna.
Combline filters feature "sharp
skirt" selectivity with very low
insertion loss (see below). Each TYPICAL FILTER RESPONSE
filter is factory tuned and tested TPCP-8626 TPCF-8926
on customer supplied frequencies 0 0
20 20
Broadband Wattmeters
Telewave Broadband Wattmeters are known worldwide for
quality, durability, and convenience. A single meter covers
2-200 MHz or 20-1000 MHz and 1-500 watts with no plug-
in elements or band switching.
Power Monitors
RF power monitors produce a calibrated DC voltage
proportional to an RF signal between 30 and 960 MHz.
They are available as single and dual-direction devices with
very low insertion loss.
Alarm Panels
Power monitoring and alarm panels continuously monitor
the output of up to 12 transmitters and 2 antennas.
Multiple measurements are switch selectable including
VSWR and FWD/REV power. Relay contact closures
indicate out of range conditions.
2 - 200 MHz
FEATURES
• REQUIRES NO ELEMENTS
OR "SLUGS"
• NO BAND SWITCHING
• MEASURES 1 TO 500 WATTS
• 5 POWER RANGES
• 5 WATT FULL SCALE RANGE
• COVERS 2 - 200 MHz
• MEASURES FORWARD AND
REFLECTED POWER
• -40 dB RF SAMPLING PORT
• SHOCK-MOUNTED METER
• LOW TEMPERATURE
OPERATION
• QUICK-CHANGE CONNECTORS
• LIGHT WEIGHT: 3 LBS
POWER MONITORING
2 to 200 MHz with a power range Forward and reflected power can
of 1 to 500 watts. The meter be directly measured by rotating
movement can be turned off for the F WD - RE V switch. VSWR
protection when not in use. A (Voltage Standing Wave Ratio) is
leather carrying strap is provided easily determined by comparing
for easy portability. The use of a these measurements and using the
taut-band meter movement allows convenient chart on the back of the
operation in cold temperatures. instrument.
The RF sample port on Model Five power scales are provided.
44L1P samples a low level of RF The 500 watt scale will test most
power as it passes through the high powered transmitters, while
instrument. This bi-directional port the 5 watt scale makes it simple to
is accessed via a BNC connector tune low powered portables. The
located on the side of the meter. excellent stability of this unit and
It allows injection of a signal into the ability to switch it from one
the device under test, or can be power range to another to check
used for spectrum analysis and the calibration eliminates the need
frequency measurements without for a secondary standard to verify
affecting operation of the meter. calibration.
The Model 44L1/L1P utilizes a set
of precision directional detectors
which sample forward and reverse
CW power flow in a specially
engineered section of transmission
line. The sampled current is scaled
SPECIFICATIONS
Frequency range 2-200 MHz
Full scale power ranges 5, 15, 50, 150 and 500 watts
Impedance, primary line 50 ohms nominal
VSWR (max) 1.1:1
Accuracy (at 80% of full scale) +/- 7% with N connectors only
RF sampling port (44L1P) -40 dB +/-2 dB below total power
(forward + reverse)
Connectors (input/output) N Female standard
(Quick-Change standard) UHF, DIN, TNC, BNC optional
Sample port BNC Female
Dimensions (HWD) in. 6.625 x 4 x 3.25
mm 168.3 x 101.6 x 82.6
Weight lbs (kg) 3 (1.36)
MODEL 44A, AP
BROADBAND RF WATTMETER
FEATURES
• REQUIRES NO ELEMENTS
OR "SLUGS"
• NO BAND SWITCHING
• MEASURES 1 TO 500 WATTS
• 5 POWER RANGES
• 5 WATT FULL SCALE RANGE
• COVERS 20 - 1000 MHz
• MEASURES FORWARD AND
REFLECTED POWER
• -40 dB RF SAMPLING PORT
• SHOCK-MOUNTED METER
• LOW TEMPERATURE
OPERATION
• QUICK-CHANGE CONNECTORS
• LIGHT WEIGHT: 3 LBS
MODEL 44A, AP 3
This wideband instrument covers CW power flow in a specially
POWER MONITORING
20 to 1000 MHz with a power engineered section of transmission
range of 1 to 500 watts. The line. The sampled current is scaled
meter movement can be turned to drive the 20 µA taut band meter.
off for protection when not in use. Forward and reflected power can
A leather carrying strap is provided be directly measured by rotating
for easy portability. The use of a the F WD - RE V switch. VSWR
taut-band meter movement allows (Voltage Standing Wave Ratio) is
operation in cold temperatures. easily determined by comparing
these measurements and using the
The RF sample port on Model 44AP
convenient chart on the back of the
samples a low level of RF power as it
instrument.
passes through the instrument. This
bi-directional port is accessed via a Five power scales are provided.
BNC connector located on the side The 500 watt scale will test most
of the meter. It allows injection of a high powered transmitters, while
signal into the device under test, or the 5 watt scale makes it simple to
can be used for spectrum analysis tune low powered portables. The
and frequency measurements excellent stability of this unit and
without affecting operation of the the ability to switch it from one
meter. power range to another to check
the calibration eliminates the need
The Model 44A/AP utilizes a set
for a secondary standard to verify
of precision directional detectors
calibration.
which sample forward and reverse
SPECIFICATIONS
Frequency range 20-1000 MHz
Full scale power ranges 5, 15, 50, 150 and 500 watts
Impedance, primary line 50 ohms nominal
VSWR (max) 1.1:1
RF sampling port (44AP) -40 dB +/-2 dB below total power
(forward + reverse)
Connectors (input/output) N Female standard
(Quick-Change standard) UHF, DIN, TNC, BNC optional
Sample port BNC-female
Dimensions (HWD) in. 6.625 x 4 x 3.25
mm 168.3 x 101.6 x 82.6
Weight lbs (kg) 3 (1.36)
METER ACCURACY
+/-6% Type N connectors +/-6%
with (UHF connectors not specified)
correction
20 150 1000
MHz MHz MHz
RF POWER MONITORS
PM-1A, PM-2A SERIES
PM1C1S
RF POWER MONITOR / ALARM PANEL
3
The Telewave PM1C1S is a single-
POWER MONITORING
channel, single antenna automatic
alarm panel for low transmit power
and high VSWR, featuring "true
VSWR" circuitry and a built-in power
monitor. The 2RU panel (3.5” x 19”)
mounts in any standard rack or
inside most base station cabinets,
and can be powered directly from
120 VAC or 12 VDC.
Whenever a low transmitter power
condition is sensed by the PM1C1S,
a latched relay closure occurs
and a red light on the front panel
turns on. Both normally-open and
normally-closed relay contacts are
provided.
A high VSWR condition is indicated
by a second latched relay and light.
These contacts can be used to
remotely activate light, speakers, FREQUENCY RANGE BANDWIDTH
or other alarm systems. The relays 30-88 MHz 20 MHz
and lights are reset by means of a 87.5-108 MHz 20 MHz
front panel RESET button. 118-512 MHz 50 MHz
The panel also operates as an inline 760-960 MHz 40 MHz
power monitor, measuring both The frequency range is determined by the integrated power monitor.
forward and reverse RF power, with Bandwidth is the approximate maximum range over which a useful range
readings displayed on a 3.5-inch of voltages are available without retuning.
meter. A PM-2A power monitor for
the appropriate frequency band
is included, attached to the rear
panel. SPECIFICATIONS
The PM1C1S has 2 meter scale Power scales FWD 0-250 watts or 0-400 watts
options: 0-250 watts, or 0-400 REV 0-25 watts or 0-120 watts
wat t s. T he meter sc ale and VSWR alarm range 2.0:1 +25% / -10%
frequency band must be specified Low power alarm range 5 watts to full scale
with the order. Delay timing range 0.1 to 1 second
Relay contacts, closure N/O and N/C
Relay contacts, ratings 3A - AC or DC
Temperature range -20°C to +60°C
Power requirements 120 VAC / 4 W or +12 VDC / 2 W
Dimensions (HWD) in. (cm) 3.5 x 19 x 4 (8.9 x 48.3 x 10.2)
Weight lbs (kg) 3.5 (1.6)
PM5C1S
RF POWER MONITOR / ALARM PANEL
PM10C2S1C
RF POWER MONITOR PANEL
3
The Telewave PM10C2S1C is a 1RU,
POWER MONITORING
compact RF power monitor panel,
capable of monitoring up to ten
transmitters and two antennas with
optional PM-1A or PM-2A power
monitors. This unit fits in 1.75” x 19”,
preserving valuable rack space for
other equipment.
The PM10C2S1C greatly simplifies
procedures for monitoring the
output of transmitters, and the
condition of transmission lines and
antennas. Ten remote transmitter
keying switches are provided, and
a simple two wire hook-up (RF
shielded or twisted pair) from the
keying circuit of each transmitter
to the screw terminals located on
the rear of the wattmeter panel
completes the connections. A
floating ground required by certain
transmitters is provided for each
keyer.
VSWR calculations can be made
when appropriate dual-direction FREQUENCY RANGE BANDWIDTH
power monitors are installed. The 30-88 MHz 20 MHz
FWD / REV switch on the front 87.5-108 MHz 20 MHz
panel quickly displays forward and 118-512 MHz 50 MHz
reflected power for the transmitter 760-960 MHz 40 MHz
or antenna circuits. Up to 10 power
The frequency range is determined by the associated power monitors.
monitors (not included) for the Bandwidth is the approximate maximum range over which a useful range
appropriate frequency band(s) are of voltages are available without retuning.
required.
The power monitor panel is not
frequency dependent, and power
monitors for multiple bands can be
SPECIFICATIONS
used with a single panel. No power
Power scales FWD 0-400 watts
supply is required for the meter
panel. REV 0-120 watts
Monitor inputs 12 FWD, 12 REV
Input connectors RCA-Female
Temperature range -20°C to +60°C
Dimensions (HWD) in. (cm) 1.75 x 19 x 5 (4.5 x 48.3 x 12.7)
Weight lbs (kg) 2 (0.9)
Ferrite Isolators
Telewave isolators provide isolation between transmitters
by controlling the directional flow of RF energy. Power
which is coupled into an antenna system from a nearby
transmitter can be circulated into a load before it
contributes to intermodulation.
Intermodulation Suppression
IM Panels are self-contained devices which generally
include a single or dual isolator, low-pass filter, and output
termination load. Each panel is designed to provide
plug-and-play installation and can solve many difficult
interference problems.
0 - 2500 MHz
TWL-01 100 mW 0-2500 MHz
TWL-35 35 W 0-1000 MHz
TWL-01, 35, 60 TWL-60 60 W 0-1000 MHz
COAXIAL RF TERMINATIONS
TWL-01
TWL-100
COMMON SPECIFICATIONS
Frequency range 0 - 2500 MHz
Nominal impedance 50 ohms
Temperature rating 40°C max ambient - 100% of rated power TWL-100HS
95°C max ambient - 50% of rated power
50% overload rating 2 minutes
MODEL TWL-50 TWL-75 TWL-100 TWL-100HS
Maximum CW avg power 50 watts 75 watts 100 watts 100 watts
Max VSWR (N connector) 1.1:1 1.05:1 1.05:1 1.05:1
Dimensions (H x dia.) in. 6 x 1.75 8 x 2.25 7.25 x 3.375 7 H x 2.75 W x 2.75 D
(incl. connector) cm 15.2 x 4.5 20.3 x 5.7 18.4 x 8.6 17.8 x 7 x 7
Weight lb. (kg) 1 (0.5) 2.1 (1) 4 (1.8) 2.7 (1.2)
Connectors Quick-Change N Female (std.) Quick-Change N Male (std.)
UHF, TNC, BNC, 7-16 DIN (opt.) UHF, TNC, BNC, 7-16 DIN (opt.)
TWL-300
T-1030 / T-1060
FERRITE ISOLATORS
4
Telewave Single and Dual Ferrite Isolators prevent
BENEFITS
Under adverse conditions, the isolator performs
several critical functions:
Broken Antenna, Damaged Cable, High VSWR Intermodulation
All of these conditions will cause large amounts of When RF energy from a strong nearby signal source
power to be reflected down the transmission line enters a transmitter via the antenna, mixing with the
toward the transmitter. The circulatory property of the primary transmitter frequency often occurs, resulting
isolator will direct this energy to the load port, and in the radiation of new, undesired signals. The isolator
protect the transmitter. The load on the isolator must antenna port reflects out-of-band energy back to the
be capable of handling full transmitter power. Age, antenna. In-band energy enters the isolator, and is
water invasion, and incorrect cable length will also circulated to the output load. No energy from nearby
cause impedance changes. The tuned ports of the transmitters enters the protected transmitter from the
isolator provide a constant 50 ohm impedance for the antenna, and intermodulation can be eliminated.
transmitter to avoid overheating and oscillation.
T-1530 / T-1560
FERRITE ISOLATORS
BENEFITS
Under adverse conditions, the isolator performs
several critical functions:
Broken Antenna, Damaged Cable, High VSWR Intermodulation
All of these conditions will cause large amounts of When RF energy from a strong nearby signal source
power to be reflected down the transmission line enters a transmitter via the antenna, mixing with the
toward the transmitter. The circulatory property of the primary transmitter frequency often occurs, resulting
isolator will direct this energy to the load port, and in the radiation of new, undesired signals. The isolator
protect the transmitter. The load on the isolator must antenna port reflects out-of-band energy back to the
be capable of handling full transmitter power. Age, antenna. In-band energy enters the isolator, and is
water invasion, and incorrect cable length will also circulated to the output load. No energy from nearby
cause impedance changes. The tuned ports of the transmitters enters the protected transmitter from the
isolator provide a constant 50 ohm impedance for the antenna, and intermodulation can be eliminated.
transmitter to avoid overheating and oscillation.
T-1530M / T-1560M
MEDIUM POWER VHF ISOLATORS
4
Telewave T-1530M and T-1560M
T-2230 / T-2260
FERRITE ISOLATORS
BENEFITS
Under adverse conditions, the isolator performs
several critical functions:
Broken Antenna, Damaged Cable, High VSWR Intermodulation
All of these conditions will cause large amounts of When RF energy from a strong nearby signal source
power to be reflected down the transmission line enters a transmitter via the antenna, mixing with the
toward the transmitter. The circulatory property of the primary transmitter frequency often occurs, resulting
isolator will direct this energy to the load port, and in the radiation of new, undesired signals. The isolator
protect the transmitter. The load on the isolator must antenna port reflects out-of-band energy back to the
be capable of handling full transmitter power. Age, antenna. In-band energy enters the isolator, and is
water invasion, and incorrect cable length will also circulated to the output load. No energy from nearby
cause impedance changes. The tuned ports of the transmitters enters the protected transmitter from the
isolator provide a constant 50 ohm impedance for the antenna, and intermodulation can be eliminated.
transmitter to avoid overheating and oscillation.
T-3530 / T-3560
FERRITE ISOLATORS
4
Telewave Single and Dual Ferrite Isolators prevent
BENEFITS
Under adverse conditions, the isolator performs
several critical functions:
Broken Antenna, Damaged Cable, High VSWR Intermodulation
All of these conditions will cause large amounts of When RF energy from a strong nearby signal source
power to be reflected down the transmission line enters a transmitter via the antenna, mixing with the
toward the transmitter. The circulatory property of the primary transmitter frequency often occurs, resulting
isolator will direct this energy to the load port, and in the radiation of new, undesired signals. The isolator
protect the transmitter. The load on the isolator must antenna port reflects out-of-band energy back to the
be capable of handling full transmitter power. Age, antenna. In-band energy enters the isolator, and is
water invasion, and incorrect cable length will also circulated to the output load. No energy from nearby
cause impedance changes. The tuned ports of the transmitters enters the protected transmitter from the
isolator provide a constant 50 ohm impedance for the antenna, and intermodulation can be eliminated.
transmitter to avoid overheating and oscillation.
T-4530 / T-4560
FERRITE ISOLATORS
BENEFITS
Under adverse conditions, the isolator performs
several critical functions:
Broken Antenna, Damaged Cable, High VSWR Intermodulation
All of these conditions will cause large amounts of When RF energy from a strong nearby signal source
power to be reflected down the transmission line enters a transmitter via the antenna, mixing with the
toward the transmitter. The circulatory property of the primary transmitter frequency often occurs, resulting
isolator will direct this energy to the load port, and in the radiation of new, undesired signals. The isolator
protect the transmitter. The load on the isolator must antenna port reflects out-of-band energy back to the
be capable of handling full transmitter power. Age, antenna. In-band energy enters the isolator, and is
water invasion, and incorrect cable length will also circulated to the output load. No energy from nearby
cause impedance changes. The tuned ports of the transmitters enters the protected transmitter from the
isolator provide a constant 50 ohm impedance for the antenna, and intermodulation can be eliminated.
transmitter to avoid overheating and oscillation.
T-7530 / T-7560
FERRITE ISOLATORS
4
Telewave Single and Dual Ferrite Isolators prevent
BENEFITS
Under adverse conditions, the isolator performs
several critical functions:
Broken Antenna, Damaged Cable, High VSWR Intermodulation
All of these conditions will cause large amounts of When RF energy from a strong nearby signal source
power to be reflected down the transmission line enters a transmitter via the antenna, mixing with the
toward the transmitter. The circulatory property of the primary transmitter frequency often occurs, resulting
isolator will direct this energy to the load port, and in the radiation of new, undesired signals. The isolator
protect the transmitter. The load on the isolator must antenna port reflects out-of-band energy back to the
be capable of handling full transmitter power. Age, antenna. In-band energy enters the isolator, and is
water invasion, and incorrect cable length will also circulated to the output load. No energy from nearby
cause impedance changes. The tuned ports of the transmitters enters the protected transmitter from the
isolator provide a constant 50 ohm impedance for the antenna, and intermodulation can be eliminated.
transmitter to avoid overheating and oscillation.
T-8630 / T-8660
FERRITE ISOLATORS
BENEFITS
Under adverse conditions, the isolator performs
several critical functions:
Broken Antenna, Damaged Cable, High VSWR Intermodulation
All of these conditions will cause large amounts of When in-band or out-of-band RF energy from a strong
power to be reflected down the transmission line nearby signal source enters a transmit ter via the
toward the transmitter. The circulatory property of the antenna, mixing with the primary transmitter frequency
isolator will direct this energy to the load port, and often occurs, resulting in the radiation of new,
protect the transmitter. The load on the isolator must undesired signals. The isolator antenna port reflects
be capable of handling full transmitter power. Age, out-of-band energy back to the antenna. In-band
water invasion, and incorrect cable length will also energy enters the isolator, and is circulated to the
cause impedance changes. The tuned ports of the output load. No energy from nearby transmit ters
isolator provide a constant 50 ohm impedance for the enters the protected transmitter from the antenna,
transmitter to avoid overheating and oscillation. and intermodulation can be eliminated.
Bandpass
Bandpass cavities allow a single frequency or a very
narrow group of frequencies to reach a receiver, or leave
a transmitter. All other frequencies are rejected by these
filters.
Bandpass / Bandreject
Pass / Reject cavities offer a modified pass response for
a narrow band of frequencies, and also provide a tunable
notch which deepens the reject response at a particular
frequency. This type of filter supports closer frequency
spacing than a standard pass cavity.
Notch
Notch cavities reject a particular frequency or a narrow
window of frequencies. These cavities have extremely low
insertion loss and are very useful as standalone devices or
in addition to passband filters.
TWPC-0310-1, 0410-1
BANDPASS CAVITIES
TWPC-0310-1, 0410-1 5
10 10
0.5 dB
20 20
Attenuation in dB
0.5 dB
1.0 dB
1.0 dB
30 30 2.0 dB
2.0 dB
40 40
50 50
60 60
70 70
-2 -1 Fc +1 +2 -2 -1 Fc +1 +2
Frequency (MHz)
TWPC-0412-1, TWNC-0412-1
BANDPASS CAVITY, NOTCH CAVITY
TWPC-0412-1, TWNC-0412-1 5
0 0
10 10
Attenuation in dB
20 20
30 30
40 40
50 50
60 60
70 70
80 80
TWPC-1005-1,2
BANDPASS CAVITIES
TWPC-1005-1,2 5
0 0
10 10
20 20
Attenuation in dB
30 30
40 40
50 50
60 60
70 70
80 80
TWPC-1008-1, 2
BANDPASS CAVITIES
TWPC-1008-1, 2 5
0 0
10 10
Attenuation in dB
20 20
30 30
40 40
50 50
60 60
70 70
80 80
TPRC-1005-1, 2
PASS-REJECT CAVITIES
TPRC-1005-1, 2 5
10 10
20 20
Attenuation in dB
30 30
40 40
50 50
60 60
70 70
-0.2 0 +0.2 +0.4 +0.6 +0.8 +1.0 +1.2 -0.2 0 +0.2 +0.4 +0.6 +0.8 +1.0 +1.2
Frequency (MHz)
TPRC-1008-1, 2
PASS-REJECT CAVITIES
TPRC-1008-1, 2 5
10 10
20 20
Attenuation in dB
30 30
40 40
50 50
60 60
70 70
-0.1 0 +0.1 +0.2 +0.3 +0.4 +0.5 +0.6 -0.2 0 +0.2 +0.4 +0.6 +0.8 +1.0 +1.2
Frequency (MHz)
TWNC-1005-1, 2
NOTCH CAVITIES
TWNC-1005-1, 2 5
10 10
20 20
Attenuation in dB
30 30
40 40
50 50
60 60
70 70
-3 -2 -1 Fc +1 +2 +3 -6 -4 -2 Fc +2 +4 +6
Frequency (MHz)
TWNC-1008-1, 2
NOTCH CAVITIES
TWNC-1008-1, 2 5
10 10
20 20
Attenuation in dB
30 30
40 40
50 50
60 60
70 70
-0.6 -0.4 -0.2 Fc +0.2 +0.4 +0.6 -0.6 -0.4 -0.2 Fc +0.2 +0.4 +0.6
Frequency (MHz)
TWPC-1405-1, 2, 3
BANDPASS CAVITIES
The Telewave TWPC-1405-1, 1405- be optimized for any operating from ¼ -inch aluminum, and are
2, and 1405-3 are 5” diameter, environment. At densely populated heliarc welded to the cavity body at
¼-wavelength, high “Q” bandpass sites, the 1405-2 or 1405-3 cavity the high current point for improved
cavit y f ilters with superior filters provide greater selectivity conductivity and strength. This
selectivity. Bandpass cavities reject with minimum inser tion loss. allows Telewave cavities to handle
all frequencies outside a narrow Multiple cavities can also provide up to 350 watts, depending on
pass band. These cavities reduce a wider passband when required. insertion loss.
transmitter sideband noise, and Mounting rails are provided for all
Rigid foam inserts support the
also protect receivers against multiple-cavity filters.
tuner assembly allowing vertical
desensitization.
Excellent frequency stability is or horizontal mounting. Similar
TWPC-1405 cavities cover 118- achieved by the use of a specially metals and alodined aluminum help
148 MHz. All cavities are tuned mac hined comp en s ator and prevent galvanic corrosion. Silver
to specified frequencies prior to Invar rod. The pass frequency is plated tuners and beryllium copper
shipping, and no further adjustments temperature stable from -30°C finger stock provide non-corrosive
should be required. The positive to +70°C. Telewave Ground Loop low loss contact, and ensure reliable,
locking mechanism allows for quick technology places the center long-term performance.
field retuning if frequency changes conductor of each coupling loop at
become necessary. DC ground potential for lightning
protection and noise reduction.
These cavities also feature calibrated
adjustable coupling, and insertion Heavy duty materials are used
loss can be easily set from 0.5 dB to throughout each cavity to insure
2 dB or more to improve selectivity. high performance and long life.
This allows cavity response to Cavity top plates are machined
TWPC-1405-1, 2, 3 5
10 10 10
0.5 dB
20 20 20
1.0 dB
Attenuation in dB
30 2.0 dB
30 30
40 40 1.0 dB 40
50 50 50
2.0 dB
60 60 60 1.5 dB
4.0 dB
70 70 70
3.0 dB
6.0 dB
-4 -2 Fc +2 +4 -4 -2 Fo +2 +4 -4 -2 Fo +2 +4
Frequency (MHz)
TWPC-1408-1, 2
BANDPASS CAVITIES
TWPC-1408-1 TWPC-1408-2
T he Telew ave T WPC-14 0 8 -1 response to be optimized for any from ¼ -inch aluminum, and are
and 1408 -2 are 8” diameter, operating environment. At densely heliarc welded to the cavity body at
¼-wavelength, high “Q” bandpass populated sites, the 1408-2 cavity the high current point for improved
cavit y f ilters with superior filters provide greater selectivity conductivity and strength. This
selectivity. Bandpass cavities reject with minimum inser tion loss. allows Telewave cavities to handle
all frequencies outside a narrow Multiple cavities can also provide up to 350 watts, depending on
pass band. These cavities reduce a wider passband when required. insertion loss.
transmitter sideband noise, and Mounting rails are provided for all
Rigid foam inserts support the
also protect receivers against multiple-cavity filters.
tuner assembly allowing vertical
desensitization.
Excellent frequency stability is or horizontal mounting. Similar
TWPC-1408 cavities cover 118- achieved by the use of a specially metals and alodined aluminum help
148 MHz. All cavities are tuned mac hined comp en s ator and prevent galvanic corrosion. Silver
to specified frequencies prior to Invar rod. The pass frequency is plated tuners and beryllium copper
shipping, and no further adjustments temperature stable from -30°C finger stock provide non-corrosive
should be required. The positive to +70°C. Telewave Ground Loop low loss contact, and ensure reliable,
locking mechanism allows for quick technology places the center long-term performance.
field retuning if frequency changes conductor of each coupling loop at
become necessary. DC ground potential for lightning
protection and noise reduction.
T h e s e c av i t i e s a l s o f e a t u r e
calibrated adjustable coupling, and Heavy duty materials are used
insertion loss can be easily set from throughout each cavity to insure
0.5 dB to 2 dB or more to improve high performance and long life.
selec tivity. This allows cavity Cavity top plates are machined
All specifications subject
110 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5031 Rev. 12/06
118 - 148 MHz
TWPC-1408-1, 2 5
10 10
20 0.5 dB
20
Attenuation in dB
1.0 dB
30 30
2.0 dB
40 40
1.0 dB
50 50
2.0 dB
60 60
70 70
4.0 dB
80 80
-3 -2 -1 Fo +1 +2 +3 -3 -2 -1 Fo +1 +2 +3
Frequency (MHz)
TWPC-1410-1, -2
BANDPASS CAVITIES
TWPC-1410-1 TWPC-1410-2
T h e Te l ew ave T W PC-1410 -1 0.5 dB to 2 dB or more to improve Heavy duty materials are used
and 1410-2 are 10” diameter, selec tivity. This allows cavity throughout each cavity to insure
¼-wavelength, high “Q” bandpass response to be optimized for any high performance and long life.
cavit y f ilters with superior operating environment. At densely Cavity top plates are machined
selectivity. Bandpass cavities reject populated sites, the 1410-2 cavity from ¼ -inch aluminum, and are
all frequencies outside a narrow filters provide greater selectivity heliarc welded to the cavity body at
pass band. These cavities reduce with minimum inser tion loss. the high current point for improved
transmitter sideband noise, and Multiple cavities can also provide conductivity and strength. This
also protect receivers against a wider passband when required. allows Telewave cavities to handle
desensitization. Mounting rails are provided for all up to 350 watts, depending on
multiple-cavity filters. insertion loss.
TWPC-1410 cavities cover 118-
148 MHz. All cavities are tuned Excellent frequency stability is Rigid foam inserts support the
to specified frequencies prior to achieved by the use of a specially tuner assembly allowing vertical
shipping, and no further adjustments mac hined comp en s ator and or horizontal mounting. Similar
should be required. The positive Invar rod. The pass frequency is metals and alodined aluminum help
locking mechanism allows for quick temperature stable from -30°C prevent galvanic corrosion. Silver
field retuning if frequency changes to +70°C. Telewave Ground Loop plated tuners and beryllium copper
become necessary. technology places the center finger stock provide non-corrosive
conductor of each coupling loop at low loss contact, and ensure reliable,
T h e s e c av i t i e s a l s o f e a t u r e
DC ground potential for lightning long-term performance.
calibrated adjustable coupling, and
protection and noise reduction.
insertion loss can be easily set from
TWPC-1410-1, -2 5
10 10
20 0.5 dB 20
Attenuation in dB
1.0 dB
30 30
2.0 dB
40 40
50 50 1.0 dB
60 60 2.0 dB
70 70
4.0 dB
80 80
-3 -2 -1 Fo +1 +2 +3 -3 -2 -1 Fo +1 +2 +3
Frequency (MHz)
TPRC-1405-1,2
PASS/REJECT CAVITIES
TPRC-1405-1 TPRC-1405-2
T h e Te l e w a v e T PR C -14 0 5 -1 loss can be easily set from 0.5 dB to Heavy duty materials are used
and 1405 -2 are 5” diameter, 2 dB or more to improve selectivity. throughout each cavity to insure
¼-wavelength Pass-Reject cavities This allows cavity response to high performance and long life.
with an adjustable coupling loop be optimized for any operating Cavity top plates are machined
and tuning capacitor. Pass-Reject environment. At densely populated from ¼ -inch aluminum, and are
cavities reject all frequencies sites, the TPRC-1405-2 dual cavity heliarc welded to the cavity body at
outside a narrow pass band, with filter provides greater selectivity the high current point for improved
a tunable notch for additional with minimum inser tion loss. conductivity and strength. This
protection with close spacing. Multiple cavities can also provide allows Telewave cavities to handle
These cavities are commonly used a wider passband when required. up to 350 watts, depending on
to reduce transmitter sideband Mounting rails are provided for all insertion loss.
noise, and protect receivers against multiple-cavity filters.
Rigid foam inserts support the
desensitization.
Excellent frequency stability is tuner assembly allowing vertical
TPRC-1405 cavities cover 118- achieved by the use of a specially or horizontal mounting. Similar
148 MHz. All cavities are tuned machined compensator and Invar metals and alodined aluminum help
to specified frequencies prior to rod. The pass and reject frequencies prevent galvanic corrosion. Silver
shipping, and no further adjustments are temperature stable from -30°C plated tuners and beryllium copper
should be required. The positive to +70°C. Telewave Ground Loop finger stock provide non-corrosive
locking mechanism allows for quick technology places the center low loss contact, and ensure reliable,
field re-tuning if frequency changes conductor of each coupling loop at long-term performance.
become necessary. DC ground potential for lightning
protection and noise reduction.
These cavities feature calibrated
adjustable coupling, and insertion
All specifications subject
114 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5020 Rev. 12/06
118 - 148 MHz
TPRC-1405-1,2 5
10 10
20 20
Attenuation in dB
30 30
40 40
50 50
60 60
70 70
80 80
-1.0 -0.5 Fo +0.5 +1.0 +1.5 +2 +2.5 -1.0 -0.5 Fo +0.5 +1.0 +1.5 +2 +2.5
Frequency (MHz)
TWPC-1505-1, 2, 3
BANDPASS CAVITIES
The Telewave TWPC-1505-1, 1505-2, cavity response to be optimized Cavity top plates are machined
and 1505 -3 are 5” diameter, for any operating environment. At from ¼ -inch aluminum, and are
¼-wavelength, high “Q” bandpass densely populated sites, the 1505-2 heliarc welded to the cavity body at
cavit y f ilters with superior and 1505-3 cavity filters provide the high current point for improved
selectivity. Bandpass cavities reject greater selectivity with minimum conductivity and strength. This
all frequencies outside a narrow insertion loss. Multiple cavities allows Telewave cavities to handle
pass band. These cavities reduce can also provide a wider passband up to 350 watts, depending on
transmitter sideband noise, and when required. Mounting rails are insertion loss.
also protect receivers against provided for all multiple-cavity
Rigid foam inserts support the
desensitization. filters.
tuner assembly allowing vertical
TWPC-1505 cavities cover 148- Excellent frequency stability is or horizontal mounting. Similar
174 MHz. All cavities are tuned achieved by the use of a specially metals and alodined aluminum help
to specified frequencies prior to mac hined comp en s ator and prevent galvanic corrosion. Silver
shipping, and no further adjustments Invar rod. The pass frequency is plated tuners and beryllium copper
should be required. The positive temperature stable from -30°C finger stock provide non-corrosive
locking mechanism allows for quick to +70°C. Telewave Ground Loop low loss contact, and ensure reliable,
field retuning if frequency changes technology places the center long-term performance.
become necessary. conductor of each coupling loop at
DC ground potential for lightning
T h e s e c av i t i e s a l s o f e a t u r e
protection and noise reduction.
calibrated adjustable coupling,
and insertion loss can be easily Heavy duty materials are used
set from 0.5 dB to 2 dB or more throughout each cavity to insure
to improve selectivity. This allows high performance and long life.
All specifications subject
116 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5012 Rev. 12/06
148 - 174 MHz
TWPC-1505-1, 2, 3 5
10 10 10
0.5 dB
20 20 20
1.0 dB
Attenuation in dB
30 2.0 dB 30 30
40 40 1.0 dB 40
50 50 2.0 dB 50
60 60 60
4.0 dB
1.5 dB
70 70 70
3.0 dB 6.0 dB
-4 -2 Fc +2 +4 -4 -2 Fc +2 +4 -4 -2 Fc +2 +4
Frequency (MHz)
TWPC-1508-1, 2
BANDPASS CAVITIES
TWPC-1508-1 TWPC-1508-2
T he Telew ave T WPC-150 8 -1 response to be optimized for any from ¼ -inch aluminum, and are
and 1508 -2 are 8” diameter, operating environment. At densely heliarc welded to the cavity body at
¼-wavelength, high “Q” bandpass populated sites, the 1508-2 cavity the high current point for improved
cavit y f ilters with superior filters provide greater selectivity conductivity and strength. This
selectivity. Bandpass cavities reject with minimum inser tion loss. allows Telewave cavities to handle
all frequencies outside a narrow Multiple cavities can also provide up to 350 watts, depending on
pass band. These cavities reduce a wider passband when required. insertion loss.
transmitter sideband noise, and Mounting rails are provided for all
Rigid foam inserts support the
also protect receivers against multiple-cavity filters.
tuner assembly allowing vertical
desensitization.
Excellent frequency stability is or horizontal mounting. Similar
TWPC-1508 cavities cover 148- achieved by the use of a specially metals and alodined aluminum help
174 MHz. All cavities are tuned mac hined comp en s ator and prevent galvanic corrosion. Silver
to specified frequencies prior to Invar rod. The pass frequency is plated tuners and beryllium copper
shipping, and no further adjustments temperature stable from -30°C finger stock provide non-corrosive
should be required. The positive to +70°C. Telewave Ground Loop low loss contact, and ensure reliable,
locking mechanism allows for quick technology places the center long-term performance.
field retuning if frequency changes conductor of each coupling loop at
become necessary. DC ground potential for lightning
protection and noise reduction.
T h e s e c av i t i e s a l s o f e a t u r e
calibrated adjustable coupling, and Heavy duty materials are used
insertion loss can be easily set from throughout each cavity to insure
0.5 dB to 2 dB or more to improve high performance and long life.
selec tivity. This allows cavity Cavity top plates are machined
All specifications subject
118 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5013 Rev. 12/06
148 - 174 MHz
TWPC-1508-1, 2 5
10 10
20 0.5 dB 20
Attenuation in dB
1.0 dB
30 30
2.0 dB
40 40
1.0 dB
50 50
60 60 2.0 dB
70 70
4.0 dB
80 80
-3 -2 -1 Fc +1 +2 +3 -3 -2 -1 Fc +1 +2 +3
Frequency (MHz)
TWPC-1510-1, 2
BANDPASS CAVITIES
TWPC-1510-1 TWPC-1510-2
T h e Te l ew ave T W PC-1510 -1 0.5 dB to 2 dB or more to improve Heavy duty materials are used
and 1510-2 are 10” diameter, selec tivity. This allows cavity throughout each cavity to insure
¼-wavelength, high “Q” bandpass response to be optimized for any high performance and long life.
cavit y f ilters with superior operating environment. At densely Cavity top plates are machined
selectivity. Bandpass cavities reject populated sites, the 1510-2 cavity from ¼ -inch aluminum, and are
all frequencies outside a narrow filters provide greater selectivity heliarc welded to the cavity body at
pass band. These cavities reduce with minimum inser tion loss. the high current point for improved
transmitter sideband noise, and Multiple cavities can also provide conductivity and strength. This
also protect receivers against a wider passband when required. allows Telewave cavities to handle
desensitization. Mounting rails are provided for all up to 350 watts, depending on
multiple-cavity filters. insertion loss.
TWPC-1510 cavities cover 148-
174 MHz. All cavities are tuned Excellent frequency stability is Rigid foam inserts support the
to specified frequencies prior to achieved by the use of a specially tuner assembly allowing vertical
shipping, and no further adjustments mac hined comp en s ator and or horizontal mounting. Similar
should be required. The positive Invar rod. The pass frequency is metals and alodined aluminum help
locking mechanism allows for quick temperature stable from -30°C prevent galvanic corrosion. Silver
field retuning if frequency changes to +70°C. Telewave Ground Loop plated tuners and beryllium copper
become necessary. technology places the center finger stock provide non-corrosive
conductor of each coupling loop at low loss contact, and ensure reliable,
T h e s e c av i t i e s a l s o f e a t u r e
DC ground potential for lightning long-term performance.
calibrated adjustable coupling, and
protection and noise reduction.
insertion loss can be easily set from
All specifications subject
120 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5006 Rev. 10/08
148 - 174 MHz
TWPC-1510-1, 2 5
10 10
20 20
Attenuation in dB
0.5 dB
30 1.0 dB 30
2.0 dB
40 40
50 50 1.0 dB
60 60 2.0 dB
70 70
4.0 dB
80 80
-3 -2 -1 Fc +1 +2 +3 -3 -2 -1 Fc +1 +2 +3
Frequency (MHz)
TPRC-1505-1,2
PASS-REJECT CAVITIES
TPRC-1505-1 TPRC-1505-2
TPRC-1505-1,2 5
10 10
20 20
Attenuation in dB
30 30
40 40
50 50
60 60
70 70
80 80
-1.0 -0.5 Fc +0.5 +1.0 +1.5 +2.0 +2.5 -1.0 -0.5 Fo +.05 +1.0 +1.5 +2 +2.5
Frequency (MHz)
TWNC-1505-1,2
NOTCH CAVITIES
TWNC-1505-1 TWNC-1505-2
The Telewave T WNC-1505 -1 selec tivity. This allows cavity Cavity top plates are machined
and 1505 -2 are 5” diameter, response to be optimized for from ¼ -inch aluminum, and are
¼-wavelength notch cavities with any operating environment. At heliarc welded to the cavity body at
an adjustable coupling loop. Notch densely populated sites, the the high current point for improved
cavities are typically used together TWNC-1505-2 dual cavity filter conductivity and strength. This
with Pass or Pass/Reject cavities to provides greater selectivity with allows Telewave cavities to handle
eliminate a particular frequency. minimum insertion loss. Multiple up to 350 watts, depending on
Notch cavities have very low loss cavities can also provide a wider insertion loss.
outside the notch band. Telewave notch when required. Mounting
Rigid foam inserts support the
can also “tilt” the notch response rails are provided for all multiple-
tuner assembly allowing vertical
to move a notch very close to a cavity filters.
or horizontal mounting. Similar
pass frequency without adversely
Excellent frequency stability is metals and alodined aluminum help
affecting the pass response.
achieved by the use of a specially prevent galvanic corrosion. Silver
TWNC-1505 cavities cover 148- machined compensator and Invar plated tuners and beryllium copper
174 MHz. All cavities are tuned rod. The pass and reject frequencies finger stock provide non-corrosive
to specified frequencies prior to are temperature stable from -30°C low loss contact, and ensure reliable,
shipping, and no further adjustments to +70°C. Telewave Ground Loop long-term performance.
should be required. The positive technology places the center
locking mechanism allows for quick conductor of each coupling loop at
field re-tuning if frequency changes DC ground potential for lightning
become necessary. protection and noise reduction.
These cavities feature calibrated Heavy duty materials are used
adjustable coupling, which can throughout each cavity to insure
be easily changed to improve high performance and long life.
All specifications subject
124 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5023 Rev. 10/08
148 - 174 MHz
TWNC-1505-1,2 5
10 10
20 20
Attenuation in dB
30 30
40 40
50 50
60 60
70 70
-3 -2 -1 Fc +1 +2 +3 -3 -2 -1 Fc +1 +2 +3
Frequency (MHz)
TWPC-2205-1,2,3
BANDPASS CAVITY
The Telewave TWPC-2205-1, 2205- cavity response to be optimized Cavity top plates are machined
2, and 2205-3 are 5” diameter, for any operating environment. At from ¼ -inch aluminum, and are
¼-wavelength, high “Q” bandpass densely populated sites, the 2205-2 heliarc welded to the cavity body at
cavit y f ilters with superior and 2205-3 cavity filters provide the high current point for improved
selectivity. Bandpass cavities reject greater selectivity with minimum conductivity and strength. This
all frequencies outside a narrow insertion loss. Multiple cavities allows Telewave cavities to handle
pass band. These cavities reduce can also provide a wider passband up to 350 watts, depending on
transmitter sideband noise, and when required. Mounting rails are insertion loss.
also protect receivers against provided for all multiple-cavity
Rigid foam inserts support the
desensitization. filters.
tuner assembly allowing vertical
TWPC-2205 cavities cover 200- Excellent frequency stability is or horizontal mounting. Similar
300 MHz. All cavities are tuned achieved by the use of a specially metals and alodined aluminum help
to specified frequencies prior to mac hined comp en s ator and prevent galvanic corrosion. Silver
shipping, and no further adjustments Invar rod. The pass frequency is plated tuners and beryllium copper
should be required. The positive temperature stable from -30°C finger stock provide non-corrosive
locking mechanism allows for quick to +70°C. Telewave Ground Loop low loss contact, and ensure reliable,
field retuning if frequency changes technology places the center long-term performance.
become necessary. conductor of each coupling loop at
DC ground potential for lightning
T h e s e c av i t i e s a l s o f e a t u r e
protection and noise reduction.
calibrated adjustable coupling,
and insertion loss can be easily Heavy duty materials are used
set from 0.5 dB to 2 dB or more throughout each cavity to insure
to improve selectivity. This allows high performance and long life.
All specifications subject
126 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5014 Rev. 12/06
200 - 300 MHz
TWPC-2205-1,2,3 5
10 10 10
20 0.5 dB 20 20
Attenuation in dB
1.0 dB
30 30 30
2.0 dB
40 40 1.0 dB 40
50 50 50
2.0 dB
60 60 60
4.0 dB
70 70 70 1.5 dB
3.0 dB 6.0 dB
-4 -2 Fc +2 +4 -4 -2 Fc +2 +4 -4 -2 Fc +2 +4
Frequency (MHz)
TWPC-2208-1, 2
BANDPASS CAVITIES
TWPC-2208-2
TWPC-2208-1
The Telewave T WPC-220 8 -1 response to be optimized for any from ¼ -inch aluminum, and are
and 2208 -2 are 8” diameter, operating environment. At densely heliarc welded to the cavity body at
¼-wavelength, high “Q” bandpass populated sites, the 2208-2 cavity the high current point for improved
cavit y f ilters with superior filters provide greater selectivity conductivity and strength. This
selectivity. Bandpass cavities reject with minimum inser tion loss. allows Telewave cavities to handle
all frequencies outside a narrow Multiple cavities can also provide up to 350 watts, depending on
pass band. These cavities reduce a wider passband when required. insertion loss.
transmitter sideband noise, and Mounting rails are provided for all
Rigid foam inserts support the
also protect receivers against multiple-cavity filters.
tuner assembly allowing vertical
desensitization.
Excellent frequency stability is or horizontal mounting. Similar
TWPC-2208 cavities cover 200- achieved by the use of a specially metals and alodined aluminum help
300 MHz. All cavities are tuned mac hined comp en s ator and prevent galvanic corrosion. Silver
to specified frequencies prior to Invar rod. The pass frequency is plated tuners and beryllium copper
shipping, and no further adjustments temperature stable from -30°C finger stock provide non-corrosive
should be required. The positive to +70°C. Telewave Ground Loop low loss contact, and ensure reliable,
locking mechanism allows for quick technology places the center long-term performance.
field retuning if frequency changes conductor of each coupling loop at
become necessary. DC ground potential for lightning
protection and noise reduction.
T h e s e c av i t i e s a l s o f e a t u r e
calibrated adjustable coupling, and Heavy duty materials are used
insertion loss can be easily set from throughout each cavity to insure
0.5 dB to 2 dB or more to improve high performance and long life.
selec tivity. This allows cavity Cavity top plates are machined
All specifications subject
128 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5015 Rev. 12/06
200 - 300 MHz
TWPC-2208-1, 2 5
10 10
20 0.5 dB 20
Attenuation in dB
1.0 dB
30 30
2.0 dB
40 40
50 50 1.0 dB
60 60
2.0 dB
70 70
4.0 dB
80 80
-3 -2 -1 Fc +1 +2 +3 -3 -2 -1 Fc +1 +2 +3
Frequency (MHz)
TWPC-3505-1,2,3
BANDPASS CAVITY
The Telewave TWPC-3505-1, 3505- set from 0.5 dB to 2 dB or more DC ground potential for lightning
2, and 3505-3 are 5” diameter, to improve selectivity. This allows protection and noise reduction.
¼-wavelength, high “Q” bandpass cavity response to be optimized
Heavy duty materials are used
cavit y f ilters with superior for any operating environment. At
throughout each cavity to insure
selectivity. Bandpass cavities reject densely populated sites, the 3505-2
high performance and long life.
all frequencies outside a narrow and 3505-3 cavity filters provide
Cavity top plates are machined
pass band. These cavities reduce greater selectivity with minimum
from ¼ -inch aluminum, and are
transmitter sideband noise, and insertion loss. Multiple cavities
heliarc welded to the cavity body at
also protect receivers against can also provide a wider passband
the high current point for improved
desensitization. when required. Mounting rails are
conductivity and strength. This
provided for all multiple-cavity
TWPC-3505 cavities cover 300- allows Telewave cavities to handle
filters.
400 MHz. All cavities are tuned up to 350 watts, depending on
to specified frequencies prior to Excellent frequency stability is insertion loss.
shipping, and no further adjustments achieved by the use of a specially
Similar metals and alodined
should be required. The positive mac hined comp en s ator and
aluminum help prevent galvanic
locking mechanism allows for quick Invar rod. The pass frequency is
corrosion. Silver plated tuners
field retuning if frequency changes temperature stable from -30°C
and beryllium copper finger stock
become necessary. to +70°C. Telewave Ground Loop
provide non-corrosive low loss
technology places the center
T h e s e c av i t i e s a l s o f e a t u r e contact, and ensure reliable, long-
conductor of each coupling loop at
calibrated adjustable coupling, term performance.
and insertion loss can be easily
All specifications subject
130 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5022 Rev. 8/09
300 - 400 MHz
TWPC-3505-1,2,3 5
10 10 10
20 0.5 dB 20 20
Attenuation in dB
1.0 dB
30 30 30
2.0 dB
40 40 1.0 dB 40
50 50 2.0 dB 50
60 60 60
4.0 dB
70 70 70 1.5 dB
3.0 dB 6.0 dB
-4 -2 Fc +2 +4 -4 -2 Fc +2 +4 -4 -2 Fc +2 +4
Frequency (MHz)
TWPC-4504-1, 2, 3
BANDPASS CAVITIES
TWPC-4504-1
TWPC-4504-3
TWPC-4504-2
The Telewave TWPC-4504-1, 4504-2, to 4 dB to improve selectivity. Heavy duty materials are used
and 4504 -3 are 4” diameter, This allows cavity response to throughout each cavity to insure
¼-wavelength, high “Q” bandpass be optimized for any operating high performance and long life.
cavit y f ilters with superior environment. At densely populated Cavity top plates are machined
selectivity. Bandpass cavities reject sites, the 4504-2 and -3 cavity filters from ¼ -inch aluminum, and are
all frequencies outside a narrow provide greater selectivity with heliarc welded to the cavity body at
pass band. These cavities reduce minimum insertion loss. Multiple the high current point for improved
transmitter sideband noise, and cavities can also provide a wider conductivity and strength. This
also protect receivers against passband when required. Up to allows Telewave cavities to handle
desensitization. four 4” cavities can be mounted on up to 350 watts, depending on
one 19” x 5.25” panel. insertion loss.
TWPC-4504 cavities cover 400-
512 MHz. All cavities are tuned Excellent frequency stability is Similar metals and alodined
to specified frequencies prior to achieved by the use of a specially aluminum help prevent galvanic
shipping, and no further adjustments mac hined comp en s ator and corrosion. Silver plated tuners
should be required. The positive Invar rod. The pass frequency is and beryllium copper finger stock
locking mechanism allows for quick temperature stable from -30°C provide non-corrosive low loss
field retuning if frequency changes to +70°C. Telewave Ground Loop contact, and ensure reliable, long-
become necessary. technology places the center term performance.
conductor of each coupling loop at
These cavities also feature calibrated
DC ground potential for lightning
adjustable coupling, and insertion
protection and noise reduction.
loss can be easily set from 0.5 dB
TWPC-4504-1, 2, 3 5
10 10 10
0.5 dB
20 1.0 dB 20 20
2.0 dB
30 30 30
Attenuation in dB
1.0 dB
40 40 40
2.0 dB 1.0 dB
50 50 50
60 60 4.0 dB
60
2.0 dB
70 70 70
80 80 80
4.0 dB
-6 -4 -2 Fo +2 +4 +6 -6 -4 -2 Fc +2 +4 +6 -6 -4 -2 Fc +2 +4 +6
Frequency (MHz)
TWPC-4505-1, 2, 3
BANDPASS CAVITIES - 3/4 WAVE
The Telewave TWPC- 4505-1, 4505- cavity response to be optimized Cavity top plates are machined
2, and 4505-3 are 5” diameter, ¾ for any operating environment. At from ¼ -inch aluminum, and are
wavelength, high “Q” bandpass densely populated sites, the 4505-2 heliarc welded to the cavity body at
cavit y f ilters with superior and 4505-3 cavity filters provide the high current point for improved
selectivity. Bandpass cavities reject greater selectivity with minimum conductivity and strength. This
all frequencies outside a narrow insertion loss. Multiple cavities allows Telewave cavities to handle
pass band. These cavities reduce can also provide a wider passband up to 350 watts, depending on
transmitter sideband noise, and when required. Mounting rails are insertion loss.
also protect receivers against provided for all multiple-cavity
Rigid foam inserts support the
desensitization. filters.
tuner assembly allowing vertical
TWPC-4505 cavities cover 400- Excellent frequency stability is or horizontal mounting. Similar
512 MHz. All cavities are tuned achieved by the use of a specially metals and alodined aluminum help
to specified frequencies prior to mac hined comp en s ator and prevent galvanic corrosion. Silver
shipping, and no further adjustments Invar rod. The pass frequency is plated tuners and beryllium copper
should be required. The positive temperature stable from -30°C finger stock provide non-corrosive
locking mechanism allows for quick to +70°C. Telewave Ground Loop low loss contact, and ensure reliable,
field retuning if frequency changes technology places the center long-term performance.
become necessary. conductor of each coupling loop at
DC ground potential for lightning
T h e s e c av i t i e s a l s o f e a t u r e
protection and noise reduction.
calibrated adjustable coupling,
and insertion loss can be easily Heavy duty materials are used
set from 0.5 dB to 2 dB or more throughout each cavity to insure
to improve selectivity. This allows high performance and long life.
All specifications subject
134 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5018 Rev. 12/06
400 - 512 MHz
TWPC-4505-1, 2, 3 5
10 10 10
0.5 dB
Attenuation in dB
20 20 20
1.0 dB
30 2.0 dB 30 30
40 40 1.0 dB
40
50 50 50
2.0 dB
60 60 60
4.0 dB 1.5 dB
70 70 70
3.0 dB 6.0 dB
-4 -2 Fc +2 +4 -4 -2 Fc +2 +4 -4 -2 Fc +2 +4
Frequency (MHz)
TWPC-4510-1,2
BANDPASS CAVITY
TWPC-4510-1 TWPC-4510-2
T he Telew ave T WPC- 4510 -1 0.5 dB to 2 dB or more to improve Heavy duty materials are used
and 4510-2 are 10” diameter, selec tivity. This allows cavity throughout each cavity to insure
¼-wavelength, high “Q” bandpass response to be optimized for any high performance and long life.
cavit y f ilters with superior operating environment. At densely Cavity top plates are machined
selectivity. Bandpass cavities reject populated sites, the 4510-2 cavity from ¼ -inch aluminum, and are
all frequencies outside a narrow filter provides greater selectivity heliarc welded to the cavity body at
pass band. These cavities reduce with minimum inser tion loss. the high current point for improved
transmitter sideband noise, and Multiple cavities can also provide conductivity and strength. This
also protect receivers against a wider passband when required. allows Telewave cavities to handle
desensitization. Mounting rails are provided for all up to 350 watts, depending on
multiple-cavity filters. insertion loss.
TWPC-4510 cavities cover 400-
512 MHz. All cavities are tuned Excellent frequency stability is Similar metals and alodined
to specified frequencies prior to achieved by the use of a specially aluminum help prevent galvanic
shipping, and no further adjustments mac hined comp en s ator and corrosion. Silver plated tuners
should be required. The positive Invar rod. The pass frequency is and beryllium copper finger stock
locking mechanism allows for quick temperature stable from -30°C provide non-corrosive low loss
field retuning if frequency changes to +70°C. Telewave Ground Loop contact, and ensure reliable, long-
become necessary. technology places the center term performance.
conductor of each coupling loop at
T h e s e c av i t i e s a l s o f e a t u r e
DC ground potential for lightning
calibrated adjustable coupling, and
protection and noise reduction.
insertion loss can be easily set from
TWPC-4510-1,2 5
10 10
20 0.5 dB 20
Attenuation in dB
40 3.0 dB 40 1.0 dB
50 50 2.0 dB
60 60
70 70
6.0 dB
-4 -3 -2 -1 Fc +1 +2 +3 +4 -4 -3 -2 -1 Fo +1 +2 +3 +4
Frequency (MHz)
TWPC-7908-1, -2
BANDPASS CAVITY
TWPC-7908-1 TWPC-7908-2
TWPC-7908-1, -2 5
10 10
0.5 dB
20 1.0 dB
20
Attenuation in dB
30 2.0 dB
30
1.0 dB
40 40
50 50
60 60
70 70
-6 -4 -2 Fc +2 +4 +6 -6 -4 -2 Fc +2 +4 +6
Frequency (MHz)
TWPC-8608-1,-2
BANDPASS CAVITIES
TWPC-8608-1 TWPC-8608-2
The Telewave T WPC- 8608 -1 0.5 dB to 2 dB or more to improve Heavy duty materials are used
and 8608 -2 are 8” diameter, selec tivity. This allows cavity throughout each cavity to insure
¼-wavelength, high “Q” bandpass response to be optimized for any high performance and long life.
cavit y f ilters with superior operating environment. At densely Cavity top plates are machined
selectivity. Bandpass cavities reject populated sites, the 8608-2 cavity from ¼ -inch aluminum, and are
all frequencies outside a narrow filter provides greater selectivity heliarc welded to the cavity body at
pass band. These cavities reduce with minimum inser tion loss. the high current point for improved
transmitter sideband noise, and Multiple cavities can also provide conductivity and strength. This
also protect receivers against a wider passband when required. allows Telewave cavities to handle
desensitization. Mounting rails are provided for all up to 350 watts, depending on
multiple-cavity filters. insertion loss.
TWPC-8608 cavities cover 800-
970 MHz. All cavities are tuned Excellent frequency stability is Similar metals and alodined
to specified frequencies prior to achieved by the use of a specially aluminum help prevent galvanic
shipping, and no further adjustments mac hined comp en s ator and corrosion. Silver plated tuners
should be required. The positive Invar rod. The pass frequency is and beryllium copper finger stock
locking mechanism allows for quick temperature stable from -30°C provide non-corrosive low loss
field retuning if frequency changes to +70°C. Telewave Ground Loop contact, and ensure reliable, long-
become necessary. technology places the center term performance.
conductor of each coupling loop at
T h e s e c av i t i e s a l s o f e a t u r e
DC ground potential for lightning
calibrated adjustable coupling, and
protection and noise reduction.
insertion loss can be easily set from
All specifications subject
140 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-5002 Rev. 8/09
800 - 970 MHz
TWPC-8608-1,-2 5
10 10
0.5 dB
20 1.0 dB
20
Attenuation in dB
30 2.0 dB
30
1.0 dB
40 40
50 50
60 60
70 70
-6 -4 -2 Fc +2 +4 +6 -6 -4 -2 Fc +2 +4 +6
Frequency (MHz)
Te l e w a v e L o w p a s s F i l t e r s
eliminate harmonics, spurs, and
intermodulation products that
may occur above the fundamental
frequency of a transmitter. These
devices feature extremely low
insertion loss, and are designed
to be installed in the transmission
TLF-50
line continuously. The standard
connector configuration is N Female
to N Male. Other combinations are
available, including 7-16 DIN (extra
cost).
10
Attenuation in dB
20
RETURN LOSS REJECTION
30
40
50
60
70
80
Frequency (MHz)
Perforated Cover
INSERTION LOSS
0
10
Attenuation (dB)
20
30
REJECTION RETURN LOSS
40
50
60
70
80
Frequency (MHz)
TWX-50, 150
RECEIVER CRYSTAL FILTER
TYPICAL RESPONSE
10
20
Attenuation in dB
30
40
50
60
70
Pass - Reject
Pass / Reject duplexers offer a modified pass response for
a narrow band of frequencies, and also provide a tunable
notch which deepens the reject response at a particular
frequency. This type of filter supports closer frequency
spacing than a bandpass duplexer.
Bandpass / Bandreject
Bandpass / Bandreject duplexers provide a true bandpass
for a group of transmitters and receivers, with a tunable
notch which increases the reject response at a particular
frequency. These duplexers can also combine two
transmitters into one antenna.
Compact
Compact duplexers use specially designed Telewave
square cavity filters. The size and form factor of these
duplexers allows for more efficient use of rack space in
many installations.
Combline
Combline duplexers offer wide bandpass and sharp skirts
in a very compact package. The combline design also
exhibits very low insertion loss and can handle up to 650
watts of power.
Mobile
Mobile duplexers are very compact devices which use
helical resonators to provide a notchband response for a
transmitter and receiver. They are ideally suited for limited
space applications with one transmitter and one receiver.
30 - 50 MHz
TPRD-0354, 0454
PASS / REJECT DUPLEXER
6
The Telewave TPRD-0354 and threaded Invar tuning rods assure
DUPLEXERS
TPRD-0454 allow the simultaneous maximum temperature stability,
operation of a transmitter and higher “Q”, and years of trouble
receiver into a common antenna. free operation.
These duplexers feature minimum
inser tion loss, and maximum
isolation between transmitter
and receiver. The Pass-Reject
TYPICAL RESPONSE
design combines a bandpass
0
response with a tunable notch at
the RX frequency for improved
performance at close spacing. 20
Attenuation in dB
TPRD-0384, 0484
PASS / REJECT DUPLEXER
TPRD-0754
PASS / REJECT DUPLEXER
6
The Telewave TPRD-0754 allows tuners, beryllium copper finger
DUPLEXERS
the simultaneous operation of a stock contactors, and threaded
transmitter and receiver into a Invar tuning rods assure maximum
common antenna. This duplexer temperature stabilit y, higher
features minimum insertion loss, “Q”, and years of trouble free
and maximum isolation between operation.
transmitter and receiver. The Pass-
Reject design gives much better
performance for close spacing than TYPICAL RESPONSE
an equivalent bandpass duplexer. 0
ELECTRICAL SPECIFICATIONS
Frequency coverage / tuning range 66-88 MHz
Frequency separation (min) 600 KHz
Maximum input power 350 watts
Insertion loss 1.2 dB (TX / RX to ant.)
RX isolation / TX noise suppression 80 dB at ±600 KHz
VSWR (max) 1.5:1
Temperature range -30°C to +60°C
MECHANICAL SPECIFICATIONS
Dimensions (HWD) in. (cm) 47 x 19 x 11 (119 x 48 x 28)
Tuners fully extended in. (cm) 54 x 19 x 11 (137 x 48 x 28)
Cavities (4) - 5”
Mounting 19” Rack or wall mount
Connectors N or UHF female (opt.)
Finish Gray acrylic enamel
Net weight lb. (kg) 40 (18.2)
TPRD-1084
PASS-REJECT BASE STATION DUPLEXER
ELECTRICAL SPECIFICATIONS
Tuning range 88-108 MHz
Frequency separation (min) 500 KHz
Maximum input power 300 watts
Insertion loss TX / RX to ant. 1.5 dB
TYPICAL RESPONSE CURVES (TPRD-1084)
VSWR (max) 1.5:1 0
TPRD-1344C, 1344CM
COMPACT PASS / REJECT DUPLEXER
6
The TPRD-1344C and 1344CM
DUPLEXERS
produce high performance in
a compact design for the 118-
136 MHz VHF Air band. These
duplexers are only one-third of the
size of earlier models, and deliver
equivalent performance.
The TPRD-1344C/CM produces 70
dB isolation at 600 KHz, with a 350
watt power rating, and insertion
loss is 1.5 dB or less. Each duplexer
TPRD-1344C
fits a standard 19” rack, with rack
height of 5.25” and 4” respectively.
The TPRD-1344CM is supplied with TYPICAL RESPONSE
adjustable mounting tabs for instal- 0
lation in a cabinet.
20
Attenuation in dB 40
60
TPRD-1344CM
80
ELECTRICAL SPECIFICATIONS
600 KHz
Tuning range 118-136 MHz
Frequency separation (min) 600 KHz
Maximum input power 350 watts
Insertion loss TX/RX to ant. 1.5 dB
TX noise suppression at RX (typ) 70 dB at 600 KHz
RX isolation at TX (typ) 70 dB at 600 KHz
VSWR (max) 1.5:1
Temperature range -30°C to +70°C
Cavities (4) - 4”
MECHANICAL SPECIFICATIONS 1344C 1344CM
Mounting 19” Rack 19” Cabinet
Dimensions (HWD) in. (cm) 5.25 x 19 x 16 4 x 19 x 16
(Tuners fully extended) (13 x 48 x 41) (10 x 48 x 41)
Connectors N or UHF female (opt.)
Finish Gray acrylic enamel
Net weight lb. (kg) 21 (9.5)
TPRD-1444C, 1444CM
COMPACT PASS / REJECT DUPLEXER
20
Attenuation in dB
40
60
TPRD-1444CM
80
ELECTRICAL SPECIFICATIONS
Tuning range 135-151 MHz 600 KHz
Frequency separation (min) 600 KHz
Maximum input power 350 watts
Insertion loss - TX / RX to ant. 1.5 dB
TX noise suppression at RX (typ) 70 dB at 600 KHz
RX isolation at TX (typ) 70 dB at 600 KHz
VSWR (max) 1.5:1
Temperature range -30°C to +70°C
Number of cavities (4) - 4”
MECHANICAL SPECIFICATIONS 1444C 1444CM
Mounting 19” Rack 19” Cabinet
Dimensions (HWD) in. (cm) 5.25 x 19 x 16 4 x 19 x 16
(Tuners fully extended) 13 x 48 x 41 10 x 48 x 41
Connectors N or UHF female (opt.)
Finish Gray acrylic enamel
Net weight lb. (kg) 19.25 (8.7)
TPRD-1446C
COMPACT PASS / REJECT DUPLEXER
6
The TPRD -1446C of fers high
DUPLEXERS
performance in a compact design
for the 135-151 MHz VHF band.
These duplexers are only one-third
of the size of earlier models, and
deliver equivalent performance.
Custom-extruded 4” cavities allow
horizontal rack mounting. Three
pass-reject sections for the transmit
and receive paths provide 80 dB
isolation at 500 KHz, with a 350
watt power rating, and insertion
loss of 2.5 dB or less. The duplexer
fits a standard 19” rack, with rack
height of 8.75”.
TYPICAL RESPONSE
0
20
Attenuation in dB
40
60
ELECTRICAL SPECIFICATIONS 80
Tuning range 135-151 MHz
Frequency separation (min) 500 KHz 500 KHz
TPRD-1454, 1456
BANDPASS / REJECT DUPLEXERS
TPRD-1454 TPRD-1456
Telewave TPRD-1454 and TPRD- rejection of transmitter noise for easy field tuning by rotating the
1456 duplexers allow simultaneous and spurious radiation, providing threaded Invar rod.
operation of a transmitter and excellent receiver protection.
The optional TBC-40 indoor cabinet
receiver into a common antenna.
Telewave duplexers have ¼” completely encloses the duplexer,
These pass-reject duplexers are
aluminum top plates which are and protects it from dust, dirt
ideal for systems with very close
fully welded to the aluminum outer and tampering. All connections
frequency spacing.
conductor. Silver-plated tuners, are accessible from the top of the
The Telewave TPRD-1454 has two beryllium copper finger stock cabinet.
pass-reject cavities in the transmitter contactors and threaded Invar
and receiver sections. This duplexer rods assure maximum temperature
is designed for transmitters and stability, higher “Q”, and many years
receivers with frequency spacing of trouble free operation.
of 600 KHz or more.
Selectivity and insertion loss may be
The TPRD-1456 has three pass- adjusted by rotating the calibrated
reject cavities in the transmitter connector loops. (See next page for
and receiver sections. This duplexer typical response curves.)
is designed for transmitters and
All duplexers are tuned and
receivers with frequency spacing
tested with customer-specified
of 400 KHz or more.
frequencies prior to shipping. If
B e c a u s e o f t h e i r s u p e r i o r frequency changes are required, the
construction, these Telewave 5” positive locking mechanism allows
cavity duplexers achieve greater
TPRD-1454, 1456 6
DUPLEXERS
TYPICAL DUPLEX RESPONSE
TPRD-1454 TPRD-1456
0 0
10 10
20 20
30 30
Attenuation in dB
40 40
50 50
60 60
70 70
80 80
90 90
100 100
600 KHz 400 KHz
TPRD-1484, 1486
PASS-REJECT BASE STATION DUPLEXERS
TPRD-1544F
PASS-REJECT DUPLEXER
6
DUPLEXERS
TPRD-1544F with
TWX-5 spacers
The Telewave TPRD-1544F allows transmitter and receiver sections, stock contactors and threaded Invar
simultaneous operation of a for frequency spacing of 2 MHz or rods assure maximum temperature
transmitter and receiver into a more. Selectivity and insertion loss stability, and many years of trouble
common antenna. This pass-reject may be adjusted by rotating the free operation.
duplexer utilizes folded four-inch calibrated connector loops.
All duplexers are tuned and
cavities to achieve high “Q” in a
This duplexer is designed to mount tested with customer-specified
compact size.
horizontally on a 19” rack. Spacing frequencies prior to shipping. If
Telewave folded cavities utilize brackets are available to allow frequency changes are required,
a special construction technique mounting in a cabinet with 5” or the positive locking mechanism
and circuit design which allow a 8” depth from the front. allows for straightforward field
physically shorter cavity to produce tuning by rotating the threaded
Telewave duplexers feature cavities
nearly the same performance as a Invar rod.
with ¼” aluminum top plates, which
standard length cavity.
are fully welded to the aluminum
The TPRD-1544F duplexer uses two outer conductor. Silver-plated
folded pass-reject cavities in the tuners, beryllium copper finger
ELECTRICAL SPECIFICATIONS
Tuning range 148-174 MHz
Frequency separation (min) 2 MHz
Maximum input power 350 watts
Insertion loss TX / RX to ant. (typ.) 1.0 dB
TX noise suppression at RX (min) 80 dB at 2 MHz
RX isolation at TX (min) 80 dB at 2 MHz
VSWR (max) 1.5:1
Temperature range -30°C to +60°C
Number of cavities (4) - 4”
MECHANICAL SPECIFICATIONS
TYPICAL RESPONSE
Mounting 19” Rack mount
Dimensions (HWD) in. (cm) 5.25 x 19 x 17
(Tuners fully extended) (13.3 x 48.3 x 43.2)
Connectors N or UHF Female
Finish Gray acrylic enamel
Net weight lb. (kg) 15 (6.8)
TPRD-1543C
COMPACT PASS / REJECT DUPLEXER
20
Attenuation in dB
40
60
80
TPRD-1544C, 1544CM
COMPACT PASS / REJECT DUPLEXER
6
The TPRD-1544C and 1544CM
DUPLEXERS
produce high performance in a
compact design for the 148-174
MHz VHF band. These duplexers
are less than 30% of the size of
earlier models, and deliver greater
isolation and power handling.
The TPRD-1544C and CM produce
70 dB isolation at 600 KHz, with 350
watt power handling, and insertion
loss is 1.5 dB or less. Each duplexer
TPRD-1544C
fits a standard 19-inch rack, with rack
height of 5.25” and 4” respectively.
The TPRD-1544CM is supplied TYPICAL RESPONSE
with adjustable mounting tabs for 0
installation in a cabinet.
20
Attenuation in dB
40
60
TPRD-1544CM
80
ELECTRICAL SPECIFICATIONS
600 KHz
Tuning range 148-174 MHz
Frequency separation (min) 600 KHz
Maximum input power 350 watts
Insertion loss TX / RX to ant. 1.5 dB
TX noise suppression at RX (typ) 70 dB at 600 KHz
RX isolation at TX (typ) 70 dB at 600 KHz
VSWR (max) 1.5:1
Temperature range -30°C to +70°C
Number of cavities (4) - 4”
MECHANICAL SPECIFICATIONS 1544C 1544CM
Mounting 19” Rack 19” Cabinet
Dimensions (HWD) in. (cm) 5.25 x 19 x 15 4 x 19 x 15
(tuning rods fully extended) (38.7 x 48 x 38.1) (10.2 x 48 x 38.1)
Connectors N or UHF female (opt.)
Finish Acrylic enamel
Net weight lb. (kg) 18.25 (8.3)
TPRD-1546C
COMPACT PASS / REJECT DUPLEXER
TYPICAL RESPONSE
0
20
Attenuation in dB
40
60
ELECTRICAL SPECIFICATIONS 80
DUPLEXERS
TPCD-1553 TPCD-1554 TPCD-1556
T h e Te l e w a v e T P C D -15 5 3 , contactors and threaded Invar The TPCD-1556 has three bandpass
TPCD -1554, and TPCD -1556 rods assure maximum temperature cavities in both the transmitter and
allow simultaneous operation of stability, higher “Q”, and many years
receiver sections. This duplexer
a transmitter and receiver into a of trouble free operation. is designed for transmitters and
common antenna. These bandpass receivers with spacing of 2 MHz or
Selectivity and insertion loss may be
duplexers are ideal in frequency more.
adjusted by rotating the calibrated
congested areas where protection
connector loops. (See next page for All duplexers are tuned and
is needed from surrounding
typical response curves.) tested with customer-specified
transmitters, and where maximum
frequencies prior to shipping. If
transmitter sideband filtering is The TPCD-1553 includes t wo
frequency changes are required, the
necessary. bandpass cavities in the transmitter
positive locking mechanism allows
section. It is recommended when
Because of their superior for easy field tuning by rotating the
f requenc y s pacing bet ween
construction, these Telewave 5” threaded Invar rod.
transmitter and receiver is 5 MHz
cavity duplexers achieve greater
or more.
rejection of transmitter noise
and spurious radiation, providing The TPCD-1554 has two bandpass
excellent receiver protection. cavities in both the transmitter and
Telewave duplexers have ¼” receiver sections. This duplexer
aluminum top plates which are is designed for transmitters and
fully welded to the aluminum outer receivers with a spacing of 4 MHz
conductor. Silver-plated tuners, or more.
beryllium copper finger stock
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 161
TWDS-6024 Rev. 8/12
148 - 174 MHz
10 10 10
20 20 20
Attenuation in dB
30 30 30
40 40 40
50 50 50
60 60 60
70 70 70
-2 Fo +2 +4 +6 -2 Fo +2 +4 +6 -4 -2 Fo +2 +4 +6
Frequency (MHz)
TPRD-1554, 1556
BANDPASS / REJECT DUPLEXERS
6
DUPLEXERS
TPRD-1554 TPRD-1556
Telewave TPRD-1554 and TPRD- rejection of transmitter noise for easy field tuning by rotating the
1556 duplexers allow simultaneous and spurious radiation, providing threaded Invar rod.
operation of a transmitter and excellent receiver protection.
The optional TBC- 40 indoor
receiver into a common antenna.
Telewave duplexers have ¼” cabinet completely encloses
These pass-reject duplexers are
aluminum top plates which are the duplexer, and protec ts it
ideal for systems with very close
fully welded to the aluminum outer from dust, dirt and tampering.
frequency spacing.
conductor. Silver-plated tuners, All connections are accessible
The Telewave TPRD-1554 has two beryllium copper finger stock from the top of the cabinet.
pass-reject cavities in the transmitter contactors and threaded Invar
and receiver sections. This duplexer rods assure maximum temperature
is designed for transmitters and stability, higher “Q”, and many years
receivers with frequency spacing of trouble free operation.
of 600 KHz or more.
Selectivity and insertion loss may be
The TPRD-1556 has three pass- adjusted by rotating the calibrated
reject cavities in the transmitter connector loops. (See next page for
and receiver sections. This duplexer typical response curves.)
is designed for transmitters and
All duplexers are tuned and
receivers with frequency spacing
tested with customer-specified
of 400 KHz or more.
frequencies prior to shipping. If
B e c a u s e o f t h e i r s u p e r i o r frequency changes are required, the
construction, these Telewave 5” positive locking mechanism allows
cavity duplexers achieve greater
TPRD-1554, 1556
10 10
20 20
30 30
Attenuation in dB
40 40
50 50
60 60
70 70
80 80
90 90
100 100
600 KHz 400 KHz
TPRD-1566
BANDPASS - BANDREJECT DUAL NOTCH DUPLEXER
6
DUPLEXERS
The Telewave TPRD-1566 allows rejection of transmitter noise The optional TBC-40 indoor cabinet
simultaneous operation of a and spurious radiation, providing completely encloses the duplexer,
transmitter and receiver into a excellent receiver protection. and protects it from dust, dirt
common antenna. This pass/reject and tampering. All connections
Telewave duplexers have ¼”
duplexer has low insertion loss, are accessible from the top of the
aluminum top plates which are
and is ideal for systems with close cabinet.
fully welded to the aluminum outer
frequency separation.
conductor. Silver-plated tuners,
The TPRD-1566 has three pass/ beryllium copper finger stock
reject cavities in both the transmitter contactors and threaded Invar
and receiver sections. This duplexer rods assure maximum temperature
is designed for transmitters and stability, higher “Q”, and many years
receivers with frequency spacing of trouble free operation.
of 300 KHz or more. Selectivity and
All duplexers are tuned and
insertion loss may be adjusted by
tested with customer-specified
rotating the calibrated connector
frequencies prior to shipping. If
loops. (See next page for typical
frequency changes are required, the
response curves.)
positive locking mechanism allows
B e c a u s e o f t h e i r s u p e r i o r for easy field tuning by rotating the
construction, these Telewave 6” threaded Invar rod.
cavity duplexers achieve greater
TPRD-1566
40 40
60 60
80 80
100 100
120 120
ELECTRICAL SPECIFICATIONS
Tuning range 148-174 MHz
Number of cavities (6) - 6”
Frequency separation (min) 300 KHz
Maximum input power 350 watts
VSWR (max) 1.5:1
RX isolation at TX frequency 100 dB at 500 KHz Insertion loss - 1.0 dB
TX noise suppression at RX 100 dB at 500 KHz Insertion loss - 1.0 dB
RX isolation at TX frequency 115 dB at 500 KHz Insertion loss - 2.0 dB
TX noise suppression at RX 115 dB at 500 KHz Insertion loss - 2.0 dB
Temperature range -30° C to +70° C
MECHANICAL SPECIFICATIONS
Dimensions (HWD) in. (cm) 23 x 19 x 14 (58.4 x 48.3 x 35.6)
Tuners fully extended in. (cm) 28 x 19 x 14 (71 x 48.3 x 35.6)
Connectors N or UHF Female (opt.)
Finish Gray acrylic enamel
Net weight lb. (kg) 55 (25)
NOTES: Specify model number and exact transmitter and receiver frequencies when ordering.
All models are built on 19” rails for rack or wall mounting.
All specifications subject
166 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-6037 Rev. 8/12
148 - 174 MHz
TPRD-1584, 1586
PASS-REJECT BASE STATION DUPLEXER
6
Telewave models TPRD-1584 and A s a result of their superior
DUPLEXERS
TPRD-1586 allow simultaneous construction, Telewave 8” cavity
operation of a transmitter and duplexers achieve greater rejection
receiver into a common antenna. of transmitter noise and spurious
These Pass-Reject duplexers are an radiation, providing excellent
ideal choice for systems requiring receiver protection.
maximum isolation, with close
Silver-plated tuners, beryllium
frequency spacing down to 300
copper finger stock contactors,
KHz.
and threaded Invar rods assure
The TPRD-1584 has two, and the maximum temperature stability,
TPRD-1586 has three Pass-Reject higher “Q”, and many years of
cavities each in the transmitter and trouble-free operation.
receiver sections. Selectivity and
insertion loss may be adjusted by
rotating the calibrated connector
TPRD-1586
loops. (See graph for t ypical
response curves.)
Telewave duplexers have ¼-inch
aluminum top plates which are
fully welded to the aluminum outer
conductor.
MECHANICAL SPECIFICATIONS 20
TPRD-2254
BANDPASS / REJECT DUPLEXER
ELECTRICAL SPECIFICATIONS
Tuning range 200-300 MHz
Frequency separation (min) 1 MHz
Maximum input power 350 watts
Insertion loss TX / RX to ant. 1.0 dB TYPICAL DUPLEX RESPONSE
0
TX noise suppression at RX (min) 84 dB at 1.5 MHz
1.0 dB I.L. 1.0 dB I.L.
at 223.1 MHz at 224.7 MHz
RX isolation at TX (min) 85 dB at 1.5 MHz 10
TPCD-4554, 4556
UHF BANDPASS DUPLEXERS
6
DUPLEXERS
TPCD-4554 TPCD-4556
The Telewave TPCD-4554 and These duplexers are designed for If frequency changes are required,
TPCD - 4556 duplexer s allow transmitters and receivers with the positive locking mechanism
simultaneous operation of a frequency spacing of 5 MHz or allows for easy field tuning by
transmitter and receiver into a more. rotating the threaded Invar rod.
common antenna. These bandpass
Selectivity and insertion loss may be
duplexers have low insertion loss,
adjusted by rotating the calibrated
and are ideal in frequency congested
connector loops. (See next page for
areas where protection is needed
typical response curves.)
from surrounding transmitters,
and where maximum transmitter Telewave duplexers have ¼-inch
sideband filtering is necessary. aluminum top plates which are
fully welded to the aluminum outer
Because of their superior
conductor. Silver-plated tuners,
construction, these Telewave 5”
beryllium copper finger stock
cavity duplexers achieve greater
contactors and threaded Invar
rejection of transmitter noise
rods assure maximum temperature
and spurious radiation, providing
stability, higher “Q”, and many years
excellent receiver protection.
of trouble free operation.
The TPCD-4554 has two, and
All duplexers are tuned and tested
the TPCD-4556 has three, ¾ -
with customer-specified frequencies
wave bandpass cavities in the
prior to shipping.
transmitter and receiver sections.
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 169
TWDS-6019 Rev. 8/12
400 - 512 MHz
TPCD-4554, 4556
10 10
20 20
30 30
Attenuation in dB
40 40
50 50
60 60
70 70
80 80
-1 0 +1 +2 +3 +4 +5 +6 -4 -2 0 +2 +4 +6 +8
Frequency (MHz)
TPRD-4544, 4744
PASS / REJECT DUPLEXER
6
The Telewave TPRD-4544/4744
DUPLEXERS
Base Station duplexers provide high
performance with an innovative
design. By using two TPRC-4504
or 4704 Pass / Reject cavities in the
transmitter and receiver path, these
duplexers provide maximum TX to
RX protection in the most severe
RF environments.
The design of these duplexers
provides a bandpass characteristic
with minimum insertion loss, while
also providing maximum TX to RX
protection. Adjustable coupling
optimizes the required attenuation
for ideal RX performance. All cavity
inputs are electrically shorted to
ground for maximum static and
noise protection.
RG-214 Mil-Spec cable is used TPRD-4544/4744 duplexers mount
for all interconnections to ensure on a 19” standard rack, with panel
long life, and lowest insertion loss height of 5.25”. Power handling
with maximum power handling is 250 watts. Receiver desense
capability. Heavy-duty materials protection is at least 90 dB, and
are used in construction of these TX sideband suppression is at least
duplexers, including silver-plated 75 dB.
tuners and ber yllium copper
With TX to RX spacing of 3 MHz
fingerstock contactors, assuring
or more, this duplexer can also
high “Q” performance with no
combine two transmitters into one
problems due to dissimilar metals.
antenna, or feed two receivers. For
Tuning is simple and remains stable
spacing less than 3 MHz, please
from -30°C to +70°C, thanks to the
contact Telewave for assistance.
threaded Invar rod.
All duplexers are tuned and
tested with customer-specified
frequencies prior to shipping. No
further adjustments should be
required.
The positive locking mechanism
allows for simple field tuning if
frequency changes are required.
TPRD-4544, 4744
0 0
10 10
20 20
Attenuation in dB
30 30
40 40
50 50
60 Low Pass
to
60
High Pass Low Pass
70 70 to
High Pass
80 80
-1 0 +1 +2 +3 +4 +5 +6 -1 -2 0 +1 +2 +3 +4 +5
Frequency (MHz)
TPRD-4546
UHF BANDPASS / BANDREJECT DUPLEXER
6
DUPLEXERS
The Telewave TPRD-4546 UHF Heav y-dut y materials are
duplexer allows simultaneous used throughout to insure top
operation of a transmitter or performance and long service.
combiner and receiver into a Each cavity is constructed with a
common antenna. This band-pass/ ¼" aluminum top plate which is fully
band-reject duplexer provides welded to the cavity body.
maximum TX-to-RX isolation with
RG-214 Mil-Spec cable is used for
minimum insertion loss. Six 4”
the interconnect, and temperature
high “Q” cavities in a pass/reject
stability is maintained by the use of
configuration provide bet ter
a threaded Invar tuning rod. Tuners
isolation with close frequency
are all silver-plated, and sliding
spacing than an equivalent
contacts are manufactured from
bandpass-only duplexer.
beryllium copper fingerstock.
The TPRD - 4546 can also be
The TPRD-4546 is rack mounted
configured for at least 1.2 MHz pass
on a 7” x 19” panel. Selectivity and
and reject bandwidth with rated
insertion loss are adjustable as
attenuation.
required. All duplexers are tuned
The superior construc tion of and tested with customer specified
Telewave duplexers allows the frequencies prior to shipping, and
highest possible rejec tion of no further adjustment should be
transmitter spurious radiation required before installation.
and noise, providing maximum
protection for the receiver system.
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 173
TWDS-6020 Rev. 10/08
400 - 512 MHz
TPRD-4546
TYPICAL RESPONSE
0
10
20
Attenuation in dB
30
40
50
60
70
80
-10.0 Fo +10.0
Frequency (MHz)
ELECTRICAL SPECIFICATIONS
Frequency range 400-512 MHz
Frequency separation (min) 3 MHz
Pass / reject bandwidth (typ) 1.2 MHz
Maximum input power 250 watts
Insertion loss at pass band (TX and RX) 1.75 dB typ. / 2.0 dB max
TX attenuation at RX band (typ) 95 dB
RX attenuation at TX Band (typ) 95 dB
TX to RX Attenuation at 3 MHz (min) 85 dB
TX to RX Attenuation at 5 MHz (min) 90 dB
Impedance / VSWR (max) 50 ohms / 1.5:1
Temperature range -30°C to +70°C
MECHANICAL SPECIFICATIONS
Number of cavities (6) - 4” Dia. x 8” L
Dimensions (HWD) in. (cm) 7 x 19 x 11 (17.8 x 48.3 x 28)
Mounting 19” Panel
Connectors N Female
Panel finish Clear alodine
Cavity finish Gray enamel
Net weight lb. (kg) 16 (7.3)
Shipping weight lb. (kg) 19.5 (8.9)
NOTE: Exact transmitter and receiver frequencies must be specified when ordering.
All specifications subject
174 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-6020 Rev. 10/08
400 - 512 MHz
TPRD-4554, 4556
PASS / REJECT DUPLEXERS
6
DUPLEXERS
TPRD-4554 TPRD-4556
Telewave TPRD-4554 and TPRD- Telewave duplexers have ¼” The optional TBC-40 indoor cabinet
4556 duplexers allow simultaneous aluminum top plates which are completely encloses the duplexer,
operation of a transmitter and fully welded to the aluminum outer and protects it from dust, dirt
receiver into a common antenna. conductor. Silver-plated tuners, and tampering. All connections
These pass-reject duplexers are beryllium copper finger stock are accessible from the top of the
ideal for systems with very close contactors and threaded Invar cabinet.
frequency spacing of 1 MHz or rods assure maximum temperature
more. stability, higher “Q”, and many years
of trouble free operation.
The Telewave TPRD-4554 has two
¾-wave pass-reject cavities in the Selectivity and insertion loss may be
transmitter and receiver sections. adjusted by rotating the calibrated
The TPRD-4556 has three ¾-wave connector loops. (See next page for
pass-reject cavities in the transmitter typical response curves.)
and receiver sections for additional
All duplexers are tuned and
isolation.
tested with customer-specified
Because of their superior frequencies prior to shipping. If
construction, these Telewave 5” frequency changes are required, the
cavity duplexers achieve greater positive locking mechanism allows
rejection of transmitter noise for easy field tuning by rotating the
and spurious radiation, providing threaded Invar rod.
excellent receiver protection.
TPRD-4554, 4556
TPRD-4554 TPRD-4556
0 0
10 10
20 20
30 30
Attenuation in dB
40 40
50 50
60 60
70 70
80 80
90 90
100 100
1 MHz 1 MHz
TTPD-7644
BANDPASS / BANDREJECT DUPLEXER
6
DUPLEXERS
The Telewave TTPD-7644 Base finger stock contactors assure long
Station Duplexer is designed life, high “Q” performance, and
specifically for the 763-869 MHz mechanical stability.
Public Safety frequency band. Four
Solid copper semi-rigid cable
Bandpass / Band-Reject cavities
and non-ferromagnetic materials
utilize an exclusive Telewave
virtually eliminate internal intermod
coupling technique to provide a true
generation.
bandpass response, while rejecting
a specified frequency band. A threaded Invar tuning rod and
temperature compensator provide
Maximum transmitter-to-receiver
frequency stability across the full
protection is achieved across the
temperature range. All cavity inputs
full transmitter and receiver bands,
are heavily grounded for greatest
with very low insertion loss.
static and lightning protection.
The TTPD-7644 is a compact, rack
All duplexers are tuned and
mounted duplexer on a 5.25” x
tested with customer-specified
19” panel, with a power rating of
frequencies prior to shipping.
650 watts. Heavy duty materials
No further adjustments should
including ¼-inch top and bottom
be required. The positive locking
plates add to the rugged design of
mechanism makes field-tuning
this duplexer.
simple if frequency changes are
All connectors and tuners are necessary.
silver-plated, and beryllium copper
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 177
TWDS-6034 Rev. 10/12
763 - 869 MHz
TTPD-7644
30
40
50
60
70
80
90
100
763 Fc 869
Frequency (MHz)
ELECTRICAL SPECIFICATIONS
Frequency range 763-869 MHz
Frequency separation (min) 30 MHz (764-806 MHz) / 45 MHz (806-869 MHz)
Maximum input power 650 watts
TX or RX pass bandwidth 5 MHz
Insertion loss at pass bandwidth
TX (high frequency) 0.5 dB max / 0.35 dB (typ)
RX (low frequency) 0.7 dB max / 0.5 dB (typ)
TX attenuation at RX band (min) 90 dB
RX attenuation at TX band (min) 90 dB
TX-to-RX attenuation (min) 80 dB
VSWR, ref. to 50 ohms (max) 1.5:1
Temperature range -30°C to +70°C
Number of cavities 4
MECHANICAL SPECIFICATIONS
Dimensions (HWD) in. (cm) 5.25 x 19 x 11 (13 x 48 x 28)
Mounting 19” Panel
Connectors N Female
Finish Acrylic enamel
Net weight lbs (kg) 8.25 (3.7)
Shipping weight lbs (kg) 13 (5.9)
Specify exact transmitter and receiver frequencies when ordering.
All specifications subject
178 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-6034 Rev. 10/12
806 - 960 MHz
TTPD-8642, TTPD-8644
BANDPASS / BAND-REJECT DUPLEXERS
6
DUPLEXERS
TTPD-8642
TTPD-8644
The Telewave TTPD-8642 and All connectors and tuners are be required. The positive locking
TTPD-8644 Base Station duplexers silver-plated, and beryllium copper mechanism makes field-tuning
are designed for the 806-960 MHz finger stock contactors assure long simple if frequency changes are
frequency band. Bandpass / Band- life, high “Q” performance, and necessary.
Reject cavities utilize an exclusive mechanical stability.
Telewave coupling technique to
Solid copper semi-rigid cable
provide a true bandpass response,
and non-ferromagnetic materials
while rejecting a specified frequency
virtually eliminate internal intermod
band.
generation
Maximum transmitter-to-receiver
A threaded Invar tuning rod and
protection is achieved across the
temperature compensator provide
full transmitter and receiver bands,
frequency stability across the full
with very low insertion loss.
temperature range. All cavity inputs
The TTPD-8642 and TTPD-8644 are are heavily grounded for greatest
compact, rack mounted duplexers static and lightning protection.
on a 5.25” x 19” panel, with a power
All duplexers are tuned and
rating of 350 and 650 watts. Heavy
tested with customer-specified
duty materials which include ¼-inch
frequencies prior to shipping.
top and bottom plates add to the
No further adjustments should
rugged design of these duplexers.
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 179
TWDS-6018 Rev. 10/12
806 - 960 MHz
TTPD-8642, TTPD-8644
10
0
10 5 MHz
5 MHz
Attenuation in dB
20
20
30 30
40
40
50
50
60
60 70
80
70
90
80
100
Frequency (MHz)
TPRD-8644
PASS/REJECT DUPLEXER
6
DUPLEXERS
The Telewave TPRD-8644 Base performance with no problems due The TPRD-8644 mounts on a 19”
Station Duplexer provides high to dissimilar metals. Heliarc welded standard rack, with panel height of
performance and high reliability top and bottom plates ensure 5.25”. Power handling is 250 watts.
for the 760 or 860 MHz Public reliable, noise-free operation. Receiver desense protection is
Safety and trunking bands. This Tuning is simple and remains stable at least 80 dB, and TX sideband
duplexer can be easily reconfigured from -30º C to +70º C, thanks to the suppression is at least 80 dB.
for transition from one band to the threaded Invar tuning rod.
With T X to R X spacing of 5
other. With two Pass/Reject cavities
Adjustable coupling optimizes MHz or more, this duplexer can
in each transmitter and receiver
the required attenuation for ideal combine two transmitters into one
path, these duplexers provide
RX performance. All cavity inputs antenna, or feed two receivers. For
maximum TX to RX protection in
are electrically shorted to ground spacing less then 5 MHz, please
dense RF environments.
for maximum static and noise contact Telewave for additional
Mil-Spec semi-rigid cable is used protection. information.
for all interconnections to ensure
All duplexers are tuned and
long life, and lowest insertion loss
tested with customer-specified
with maximum power handling
frequencies prior to shipping.
capability
No further adjustments should
Heavy-duty materials are used be required. The positive locking
in construction of this duplexer, mechanism allows for easy field
including silver-plated tuners and tuning if frequency changes are
ber yllium copper fingerstock implemented.
contactors, assuring high “Q”
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 181
TWDS-6033 Rev. 9/08
763 - 869 MHz
TPRD-8644
TYPICAL RESPONSE
0
15
30
45
Attenuation in dB
60
75
Tx-Rx
90
105
ELECTRICAL SPECIFICATIONS
Frequency range 763-869 MHz
Frequency separation (min) 30 MHz (764-806 MHz) / 45 MHz (806-869 MHz)
Maximum input power 250 watts
Insertion loss (TX/RX to ant., typ) 1.0 dB
TX noise suppression at RX (min) 80 dB
RX attenuation at TX (min) 80 dB
TX-RX isolation for 5 MHz separation (min) 70 dB
VSWR (max) 1.5:1
Impedance 50 ohms
Temperature range -30°C to +70°C
Number of cavities 4
MECHANICAL SPECIFICATIONS
Cavity diameter in. (cm) 4 (10)
Dimensions (HWD) in. (cm) 5.25 x 19 x 10.5 (13 x 48 x 26.67)
Mounting 19” Panel
Connectors N Female
Finish Acrylic enamel
Net weight lb. (kg) 21 (9.6)
Shipping weight lb. (kg) 26 (11.8)
Specify exact transmitter and receiver frequencies when ordering.
All specifications subject
182 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-6033 Rev. 9/08
890 - 960 MHz
TPRD-9044
PASS/REJECT DUPLEXER
6
DUPLEXERS
The Telewave TPRD-9044 Base Adjustable coupling optimizes or feed two receivers. Typical
Station Duplexer provides high the required attenuation for ideal spacing is 39 MHz. Alternate
performance and high reliability RX performance. All cavity inputs spacing of 3.6 MHz, 9 MHz or other
for 900 MHz radio systems. With are electrically shorted to ground is also available. Frequencies and
two Pass/Reject cavities in each for maximum static and noise required spacing must be specified
transmitter and re ceiv er path, protection. with all orders.
these duplexers provide maximum
All duplexers are tuned and
TX to RX protection in dense RF
tested with customer-specified
environments.
frequencies prior to shipping.
Mil-Spec semi-rigid cable is used No further adjustments should
for all interconnections to ensure be required. The positive locking
long life, and lowest insertion loss mechanism allows for easy field
with maximum power handling tuning if frequency changes are
capability. implemented.
Heavy-duty materials are used The TPRD-9044 mounts on a 19”
in construction of this duplexer, standard rack, with panel height of
including silver-plated tuners and 5.25”. Power handling is 250 watts.
ber yllium copper fingerstock Receiver desense protection is
contactors, assuring high “Q” at least 80 dB, and TX sideband
performance with no problems suppression is at least 80 dB.
due to dissimilar metals. Tuning is
With TX to RX spacing of 5 MHz or
simple and remains stable from -30º
more, this duplexer can combine
C to +70º C, thanks to the threaded
two transmitters into one antenna,
Invar tuning rod.
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 183
TWDS-6010 Rev. 11/06
890 - 960 MHz
TPRD-9044
TYPICAL RESPONSE
0
10
20
30
Attenuation in dB
40
80
60
70
80
890 Fc 960
Frequency (MHz)
ELECTRICAL SPECIFICATIONS
Frequency range 890-960 MHz
Frequency separation (typ. / min) 39 MHz / 3.6 MHz
Maximum input power 250 watts
Insertion loss (TX/RX to ant., typ) 1.0 dB
TX noise suppression at RX (min) 80 dB
RX attenuation at TX (min) 80 dB
TX-RX isolation for 5 MHz separation (min) 70 dB
VSWR (max) 1.5:1
Impedance 50 ohms
Temperature range -30°C to +70°C
Number of cavities 4
MECHANICAL SPECIFICATIONS
Cavity diameter in. (cm) 4 (10)
Dimensions (HWD) in. (cm) 5.25 x 19 x 10.5 (13 x 48 x 26.67)
Mounting 19” Panel
Connectors N Female
Finish Acrylic enamel
Net weight lb. (kg) 21 (9.6)
Shipping weight lb. (kg) 26 (11.8)
Specify exact transmitter and receiver frequencies when ordering.
All specifications subject
184 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-6010 Rev. 11/06
1240 - 1300 MHz
TPRD-12044
PASS-REJECT DUPLEXER
6
DUPLEXERS
The Telewave TPRD-12044 Base due to dissimilar metals. Tuning isThe TPRD-12044 mounts on a 19”
Station Duplexer provides high simple and remains stable from -30ºstandard rack, with panel height of
performance and high reliability C to +70º C, thanks to the threaded5.25”. Power handling is 250 watts.
for the 23 cm Amateur Radio band. Invar tuning rod. Receiver desense protection is
With two Pass/Reject cavities in at least 80 dB, and TX sideband
Adjustable coupling optimizes
each transmitter and receiver path, suppression is at least 80 dB.
the required attenuation for ideal
these duplexers provide maximum
RX performance. All cavity inputs Typical spacing is 12 MHz. With TX
TX to RX protection in dense RF
are electrically shorted to ground to RX spacing of 6 MHz or more,
environments.
for maximum static and noise this duplexer can also combine
Mil-Spec semi-rigid cable is used protection. two transmitters into one antenna,
for all interconnections to ensure or feed two receivers. Frequency
All duplexers are tuned and
long life, and lowest insertion loss spacing and other requirements
tested with customer-specified
with maximum power handling must be specified with all orders.
frequencies prior to shipping.
capability.
No further adjustments should
Heavy-duty materials are used be required. The positive locking
in construction of this duplexer, mechanism allows for easy field
including silver-plated tuners and tuning if frequency changes are
ber yllium copper fingerstock implemented.
contactors, assuring high “Q”
performance with no problems
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 185
TWDS-6032 Rev. 10/12
1240 - 1300 MHz
TPRD-12044
TYPICAL RESPONSE
0
10
20
30
Attenuation in dB
40
50
60
70
80
90
ELECTRICAL SPECIFICATIONS
Frequency range 1240-1300 MHz
Frequency separation (typ. / min) 12 MHz / 6 MHz
Maximum input power 250 watts
Insertion loss (TX/RX to ant., typ) 1.0 dB
TX noise suppression at RX (min) 80 dB
RX attenuation at TX (min) 80 dB
TX-RX isolation for 6 MHz separation (min) 80 dB
VSWR (max) 1.5:1
Impedance 50 ohms
Temperature range -30°C to +70°C
MECHANICAL SPECIFICATIONS
Number of cavities (4) - 4” Dia. x 8” L
Dimensions (HWD) in. (cm) 5.25 x 19 x 10.5 (13 x 48 x 26.67)
Mounting 19” Panel
Connectors N Female
Finish Acrylic enamel
Net weight lb. (kg) 21 (9.6)
Shipping weight lb. (kg) 26 (11.8)
NOTE: Exact transmitter and receiver frequencies must be specified.
All specifications subject
186 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-6032 Rev. 10/12
806 - 960 MHz
TPCD-8626
COMBLINE DUPLEXER
6
The Telewave TPCD-8626 Combline
DUPLEXERS
duplexer is specifically designed for
use with 800 MHz master antenna
systems, supporting trunking
and conventional channels with
excellent rejection of external noise
sources. Maximum transmitter-
to-receiver protection is achieved
across the full 806-821 and 851-866
MHz bands.
The duplexer consists of two Telewave combline duplexers
compact combline filters mounted offer the ultimate performance TYPICAL RESPONSE
0
on a single 5.25" panel, and for trunking and conventional
10
provides steep-skirt selectivity systems, providing protection
with minimum insertion loss. All against receiver desensitization and 20
Attenuation in dB
units are tuned and tested with interference at congested sites. 30
customer specified frequencies
40
for optimum performance. No
further field adjustment should be 50
required. 60
70
ELECTRICAL SPECIFICATIONS
Frequency range 806-960 MHz
Frequency separation (min) 45 MHz
Maximum input power 350 watts
TX or RX pass bandwidth 15 M H z t y p / 18 MHz m a x
Insertion loss at pass bandwidth (TX / RX) 1 dB max / 0.5 dB (typ)
TX attenuation at RX band (min) 85 dB
RX attenuation at TX band (min) 85 dB
TX-to-RX attenuation (min) 75 dB
VSWR, ref. to 50 ohms (max) 1.5:1
Temperature range -30°C to +70°C
MECHANICAL SPECIFICATIONS
Mounting 19” Panel
Dimensions HWD in. (cm) 5.25 x 19 x 4.5 (13.3 x 48 x 11.4)
Connectors N Female
Finish Clear alodine
Net weight lb. (kg) 9.5 (4.3)
Shipping weight lb. (kg) 14 (6.4)
TPCD-8626HP
HIGH POWER COMBLINE DUPLEXER
TPCD-8626HP 6
DUPLEXERS
TYPICAL RESPONSE
0
10
20
30
Attenuation in dB
40
50
60
70
80
RF SPECIFICATIONS
Frequency range 806-960 MHz
Frequency separation (min) 45 MHz
Maximum input power 500 watts
TX/RX pass bandwidth 15 MHz std. (10, 20,26 MHz opt.)
Insertion loss at pass bandwidth (TX and RX) 0.4 dB typ. / 0.75 dB max
TX attenuation at RX band (typ) 85 dB
RX attenuation at TX band (typ) 85 dB
TX to RX attenuation (min) 85 dB
VSWR, ref. to 50 ohms (max) 1.5:1
Temperature range -30°C to +70°C
MECHANICAL SPECIFICATIONS
Dimensions (HWD) in. (cm) 5.25 x 19 x 16 (13.3 x 48 x 40.6)
Mounting 19” Panel
Connectors Antenna, TX input 7-16 DIN
RX Output N Female
Panel finish Clear alodine
Cavity finish Gray enamel
Net weight lb. (kg) 15 (6.8)
Shipping weight lb. (kg) 19.5 (8.9)
Te l e w a v e T M N D - 0716 /0 816
Mobile Duplexers provide high
performance in a compact design.
These rugged duplexers are
designed for use in base or mobile
installations, with minimum space
requirements.
Each duplexer consists of six
High "Q" helical resonators in a
band-reject configuration. This
compact design has no exposed
interconnect cables. Field tuning
can be performed with easily
accessible tuning elements on the
rear of the unit.
The TMND-0716 and 0816 are All duplexers are tuned and
designed to operate with at least tested with customer-specified
4 MHz TX to RX separation. This frequencies prior to shipping. When
configuration provides 75 dB of ordering, specify exact frequencies
isolation, and low insertion loss and connector type required (N or
permits power handling up to 50 BNC).
watts.
30
Impedance / VSWR (max) 50 ohms / 1.5:1
40
Insertion loss (TX/RX to-antenna) 1.2 dB
TX noise at RX (min) 75 dB 50
RX attenuation at TX (min) 75 dB 60
TX-RX Iso. at 4 MHz sep. (min) 75 dB
70
Temperature range -20°C to +60°C
Resonators (6) - 1” 80
MECHANICAL SPECIFICATIONS
75 81 87
Dimensions (HWL) in. (cm) 1.2 x 6.1 x 5.4 (3 x 15.5 x 13.7) Frequency (MHz)
Connectors N or BNC
Finish Acrylic enamel
Net weight lb. (kg) 2.2 (1)
Appearance of current production models
Shipping weight lb. (kg) 3.0 (1.4) may vary from picture.
DUPLEXERS
Mobile Duplexers provide high
performance in a compact design.
These rugged duplexers are
designed for use in base or mobile
installations, with minimum space
requirements.
Each duplexer consists of six
High "Q" helical resonators in a
band-reject configuration. This
compact design has no exposed
interconnect cables. Field tuning
can be performed with easily
accessible tuning elements on the
rear of the unit.
The TMND-15/16/1716 operate with All duplexers are tuned and
at least 4 MHz TX to RX separation. tested with customer-specified
This configuration provides 75 dB frequencies prior to shipping. When
of isolation, and low insertion loss ordering, specify exact frequencies
permits power handling up to 50 and connector type required (N or
watts. BNC).
1616: 156-165 20
Frequency separation (min) 4 MHz 30
40
Maximum input power 50 watts 50
60
Impedance / VSWR (max) 50 ohms / 1.5:1 70
Insertion loss (TX/RX to-antenna) 1.4 dB 80
4516: 450-460 10
20
Frequency separation (min) 5 MHz 30
40
Maximum input power 50 watts
50
Impedance / VSWR (max) 50 ohms / 1.5:1 60
70
Insertion loss (TX/RX to antenna) 1.2 dB 80
TX noise at RX (min) 75 dB 450.0 460.0 470.0
RX attenuation at TX (min) 75 dB Frequency (MHz)
TX-RX Iso. at 5 MHz sep. (min) 75 dB
Temperature range -20°C to +60°C
Resonators (6) - 1”
MECHANICAL SPECIFICATIONS
Dimensions (HWD) in. (cm) 1.3 x 6.1 x 6.9 (3.3 x 15.5 x 17.5)
Footprint (mounting plate) in. (cm) 6.1 x 8.5 (16 x 22)
Connectors BNC Female or N Female
Finish Black acrylic enamel
Net weight lb. (kg) 2.2 (1)
Appearance of current production models
Shipping weight lb. (kg) 3.0 (1.4) may vary from picture.
DUPLEXERS
provide high performance in a
compact design. These rugged
duplexers are designed for use in
base or mobile installations, with
minimum space requirements.
Each duplexer consists of six
High "Q" helical resonators in a
band-reject configuration. This
compact design has no exposed
interconnect cables. Field tuning
can be performed if needed with
easily accessible tuning elements
on the rear of the unit.
Each duplexer covers a 10 MHz
segment between 470-512 MHz, All duplexers are tuned and
with t ypical 5 MHz T X to R X tested with customer-specified
separation. This configuration frequencies prior to shipping. When
provides 70 dB of isolation, and ordering, specify exact frequencies
low insertion loss permits power and connector type required (N or
handling up to 50 watts. BNC).
10
Frequency separation (typ) 5 MHz (3 MHz - Contact Telewave) 20
Maximum input power 50 watts 30
40
Impedance / VSWR (max) 50 ohms / 1.5:1 50
60
Insertion loss (TX/RX to antenna) 1.25 dB 70
TX noise at RX (min) 70 dB 80
MECHANICAL SPECIFICATIONS
Dimensions (HWD) in. (cm) 1.3 x 6.1 x 6.9 (3.3 x 15.5 x 17.5)
Footprint (mounting plate) in. (cm) 6.1 x 8.5 (16 x 22)
Connectors BNC Female or N Female
Finish Black acrylic enamel
Net weight lb. (kg) 2.2 (1)
Appearance of current production models
Shipping weight lb. (kg) 3.0 (1.4) may vary from picture.
TMND-7616
700 MHZ COMPACT DUPLEXER
TMND-8616
800 MHZ COMPACT DUPLEXER
6
The Telewave TMND-8616 Compact
DUPLEXERS
Mobile Duplexer provides high
performance in a compact design.
This rugged duplexer is designed for
use in base or mobile installations,
with minimum space requirements.
Each duplexer consists of six High
"Q" helical resonators in a band-
reject configuration. Field tuning
can be performed if needed with
easily accessible tuning elements
on the rear of the unit.
The TMND-8616 operates with
typical 45 MHz TX to RX separation.
This configuration provides 70 dB
of isolation, and power handling up
to 50 watts with low insertion loss.
All duplexers are tuned and
tested with customer-specified
frequencies prior to shipping. When
ordering, specify exact frequencies
and connector type required (N or
BNC).
TYPICAL RESPONSE
ELECTRICAL SPECIFICATIONS
0
Frequency range 806-869 MHz 10
Attenuation in dB
Fiberglass Collinear
Collinear antennas provide a consistent omnidirectional
pattern with no external ground plane components.
Advanced engineering produces significant gain and
frequency range options. Fiberglass composite radomes
offer complete protection from severe environments.
Folded Dipole
Telewave Broadband Folded Dipole antennas can be
configured for several different horizontal patterns,
depending on coverage requirements. Cardiod, offset,
and bi-directional patterns are easily produced by
adjusting element spacing during or after installation.
Dipole Arrays
Dipole arrays use multiple elements to compress the
vertical pattern, providing more gain in a particular
direction or protection to or from a nearby system.
Electrical and mechanical tilt of 1-15 degrees is possible
with two to eight elements.
Yagi
Yagi antennas are rugged, compact devices which produce
a very directional horizontal pattern. These antennas
are fully sealed and are ideal for control and linking
applications.
Wideband
Wideband antennas cover very wide frequency ranges, in
discone and handheld configurations. Discone antennas
also provide a broad radiation pattern and consistent
VSWR.
Power Dividers
RF Power Dividers split a single input into 2, 3, or 4 outputs
with impedance matching to ensure 50 ohms at all ports.
These dividers handle up to 500 watts of power with no
port isolation.
Crossband Couplers
Crossband couplers allow radios in multiple frequency
bands to connect to appropriate antennas with a single
cable run and very low insertion loss. A pair of devices is
typically used for this application, or a single device can
couple multiple radios to a single broadband antenna.
118 - 965 MHz
COLLINEAR ANTENNAS
ANT125F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
7
The Telewave ANT125F2 is an
COLLINEAR
90
60 60
extremely rugged collinear antenna, -3
with moderate gain and wide
30 30
vertical beamwidth. This compact -10
SPECIFICATIONS
Frequency (continuous) 118-136 MHz Dimensions (L x base diam.) in. 77 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 16 lb.
Power rating (typ.) 500 watts Shipping weight 20 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.6 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 62 lb.
Vertical beamwidth 38° Bending moment at top clamp 117 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT135F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
SPECIFICATIONS
Frequency (continuous) 125-150 MHz Dimensions (L x base diam.) in. 72 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 15 lb.
Power rating (typ.) 500 watts Shipping weight 19 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.5 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 59 lb.
Vertical beamwidth 38° Bending moment at top clamp 101 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT140F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
7
The Telewave ANT140F2 is an
COLLINEAR
90
60 60
extremely rugged collinear antenna, -3
with moderate gain and wide
30 30
vertical beamwidth. This compact -10
SPECIFICATIONS
Frequency (continuous) 135-165 MHz Dimensions (L x base diam.) in. 66 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 13 lb.
Power rating (typ.) 500 watts Shipping weight 17 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.4 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 55 lb.
Vertical beamwidth 38° Bending moment at top clamp 83 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT150F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
protection.
-60 -60
All junctions are fully soldered -90
to prevent RF intermodulation, ANT150F2 156 MHz
and each antenna is completely Vertical Plane
protected within a rugged, high- Gain = 2.55 dBd
tech radome to ensure survivability
in the worst environments. The
“Cool Blue” radome provides
maximum protection from corrosive
gases, ultraviolet radiation, icing,
salt spray, acid rain, and wind blown
abrasives.
The ANT150 F2 includes the
ANTC485 dual clamp set for
mounting to a 1.5” to 3” O.D.
support pipe, and a 24” removable
RG-213 N-Male jumper.
SPECIFICATIONS
Frequency (continuous) 148-174 MHz Dimensions (L x base diam.) in. 60 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 12 lb.
Power rating (typ.) 500 watts Shipping weight 16 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.3 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 50 lb.
Vertical beamwidth 38° Bending moment at top clamp 67 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT150F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
7
The Telewave ANT150F6 is an
COLLINEAR
90
60 60
extremely rugged, medium-gain, -3
f iberglass collinear antenna,
30 30
designed for operation in all -10
ANT195F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
90
The Telewave ANT195F2 is an
60 60
extremely rugged collinear antenna, -3
with moderate gain and wide
30 30
vertical beamwidth. This compact -10
SPECIFICATIONS
Frequency (continuous) 174-216 MHz Dimensions (L x base diam.) in. 53 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 11 lb.
Power rating (typ.) 500 watts Shipping weight 15 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.2 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 46 lb.
Vertical beamwidth 38° Bending moment at top clamp 54 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT220F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
7
90
The Telewave ANT220F2 is an
COLLINEAR
60 60
extremely rugged collinear antenna, -3
with moderate gain and wide
30 30
vertical beamwidth. This compact -10
SPECIFICATIONS
Frequency (continuous) 195-260 MHz Dimensions (L x base diam.) in. 51 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 11 lb.
Power rating (typ.) 500 watts Shipping weight 14 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.1 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 44 lb.
Vertical beamwidth 38° Bending moment at top clamp 47 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT220F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
SPECIFICATIONS
Frequency (continuous) 216-225 MHz Dimensions (L x base diam.) in. 171 x 2.75
Gain 6 dBd Tower weight (antenna + clamps) 35 lb.
Power rating (typ.) 500 watts Shipping weight 50 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 150 / 125 MPH
VSWR 1.5:1 or less Maximum exposed area 3.1 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 122 lb.
Vertical beamwidth 20° Bending moment at top clamp 494 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT355F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
7
90
The Telewave ANT355F6 is an
COLLINEAR
60 60
ex tremely rugged, medium - -3
gain, fiberglass collinear antenna,
30 30
designed for operation in all -10
SPECIFICATIONS
Frequency (continuous) 340-370 MHz Dimensions (L x base diam.) in. 126 x 2.75
Gain 6 dBd Tower weight (antenna + clamps) 26 lb.
Power rating (typ.) 500 watts Shipping weight 37 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 150 / 125 MPH
VSWR 1.5:1 or less Maximum exposed area 2.5 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 99 lb.
Vertical beamwidth 18° Bending moment at top clamp 263 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT385F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
SPECIFICATIONS
Frequency (continuous) 370-400 MHz Dimensions (L x base diam.) in. 112 x 2.75
Gain 6 dBd Tower weight (antenna + clamps) 24 lb.
Power rating (typ.) 500 watts Shipping weight 35 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 150 / 125 MPH
VSWR 1.5:1 or less Maximum exposed area 2.3 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 91 lb.
Vertical beamwidth 18° Bending moment at top clamp 205 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT400F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
7
The Telewave ANT400F2 is an
COLLINEAR
90
60 60
extremely rugged collinear antenna, -3
with moderate gain and wide
30 30
vertical beamwidth. This compact -10
impulse protection.
-60 -60
All junctions are fully soldered -90
to prevent RF intermodulation, ANT400F2 - 410 MHz
and each antenna is completely Vertical Plane
protected within a rugged, high- Gain = 2.51 dBd
tech radome to ensure survivability
in the worst environments. The
“Cool Blue” radome provides
maximum protection from corrosive
gases, ultraviolet radiation, icing,
salt spray, acid rain, and wind blown
abrasives.
The ANT40 0 F2 includes the
ANTC485 dual clamp set for
mounting to a 1.5” to 3” O.D.
support pipe, and a 24” removable
RG-213 N-Male jumper.
SPECIFICATIONS
Frequency (continuous) 360-455 MHz Dimensions (L x base diam.) in. 44 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 9 lb.
Power rating (typ.) 500 watts Shipping weight 11 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.0 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 39 lb.
Vertical beamwidth 38° Bending moment at top clamp 33 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT415F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
SPECIFICATIONS
Frequency (continuous) 405-440 MHz Dimensions (L x base diam.) in. 101 x 2.375
Gain 6 dBd Tower weight (antenna + clamps) 22 lb.
Power rating (typ.) 500 watts Shipping weight 28 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 185 / 155 MPH
VSWR 1.5:1 or less Maximum exposed area 1.7 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 68 lb.
Vertical beamwidth 18° Bending moment at top clamp 149 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT415F8
FIBERGLASS COLLINEAR ANTENNA 8 dBd
7
The Telewave ANT415F8 is an
COLLINEAR
90
60 60
ex tremely rugged, high-gain -3
f iberglass collinear antenna,
30 30
designed for operation in all -10
SPECIFICATIONS
Frequency (continuous) 395-436 MHz Dimensions (L x base diam.) in. 240 x 2.75
Gain 8 dBd Tower weight (antenna + clamps) 40 lb.
Power rating (typ.) 500 watts Shipping weight 60 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 150 / 125 MPH
VSWR 1.5:1 or less Maximum exposed area 3.9 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 157 lb.
Vertical beamwidth 11° Bending moment at top clamp 975 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT425F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
SPECIFICATIONS
Frequency (continuous) 380-470 MHz Dimensions (L x base diam.) in. 42 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 9 lb.
Power rating (typ.) 500 watts Shipping weight 11 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.0 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 38 lb.
Vertical beamwidth 38° Bending moment at top clamp 30 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT450F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
7
The Telewave ANT450F2 is an
COLLINEAR
90
60 60
extremely rugged collinear antenna, -3
with moderate gain and wide
30 30
vertical beamwidth. This compact -10
SPECIFICATIONS
Frequency (continuous) 420-480 MHz Dimensions (L x base diam.) in. 42 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 9 lb.
Power rating (typ.) 500 watts Shipping weight 11 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.0 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 38 lb.
Vertical beamwidth 38° Bending moment at top clamp 30 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT450F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
SPECIFICATIONS
Frequency (continuous) 445-480 MHz Dimensions (L x base diam.) in. 94 x 2.375
Gain 6 dBd Tower weight (antenna + clamps) 21 lb.
Power rating (typ.) 500 watts Shipping weight 26 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 150 / 125 MPH
VSWR 1.5:1 or less Maximum exposed area 1.5 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 60 lb.
Vertical beamwidth 18° Bending moment at top clamp 143 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT450F10
FIBERGLASS COLLINEAR ANTENNA 10 dBd
7
The Telewave ANT450F10 is an
COLLINEAR
90
60 60
extremely rugged, high-gain, -3
f iberglass collinear antenna,
30 30
de signed for op er a tion in all -10
SPECIFICATIONS
Frequency (continuous) 430-475 MHz Dimensions (L x base diam.) in. 244 x 2.75
Gain 10 dBd Tower weight (antenna + clamps) 41 lb.
Power rating (typ.) 500 watts Shipping weight 62 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 150 / 125 MPH
VSWR 1.5:1 or less Maximum exposed area 4.0 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 159 lb.
Vertical beamwidth 7° Bending moment at top clamp 1010 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT480F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
SPECIFICATIONS
Frequency (continuous) 450-512 MHz Dimensions (L x base diam.) in. 42 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 9 lb.
Power rating (typ.) 500 watts Shipping weight 11 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.0 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 38 lb.
Vertical beamwidth 38° Bending moment at top clamp 30 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT500F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
7
The Telewave ANT500F6 is an
COLLINEAR
90
60 60
ex tremely rugged, medium - -3
gain, fiberglass collinear antenna,
30 30
de signed for op er a tion in all -10
abrasives. 1.4:1
1.3:1
T h e A N T5 0 0 F6 i n c l u d e s a n 1.2:1
ANTC482 dual clamp set for 1.1:1
mounting to a 1.5” to 3.5” O.D. 470 491 512
SPECIFICATIONS
Frequency (continuous) 470-512 MHz Dimensions (L x base diam.) in. 89 x 2.375
Gain 6 dBd Tower weight (antenna + clamps) 20 lb.
Power rating (typ.) 500 watts Shipping weight 25 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 150 / 125 MPH
VSWR 1.5:1 or less Maximum exposed area 1.4 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 57 lb.
Vertical beamwidth 19° Bending moment at top clamp 127 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT500F10
FIBERGLASS COLLINEAR ANTENNA 10 dBd
SPECIFICATIONS
Frequency (continuous) 470-512 MHz Dimensions (L x base diam.) in. 244 x 2.75
Gain 10 dBd Tower weight (antenna + clamps) 41 lb.
Power rating (typ.) 500 watts Shipping weight 62 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 150 / 125 MPH
VSWR 1.5:1 or less Maximum exposed area 4.0 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 159 lb.
Vertical beamwidth 7° Bending moment at top clamp 1010 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT734-960F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
7
The Telewave ANT734-960F2 is an
COLLINEAR
90
60 60
extremely rugged collinear antenna, -3
with moderate gain and wide
30 30
vertical beamwidth. This compact, -10
impulse protection.
-60 -60
All junctions are fully soldered -90
to prevent RF intermodulation, ANT734-960F2 - 838 MHz
and each antenna is completely Vertical Plane
protected within a rugged, high- Gain = 2.5 dBd
tech radome to ensure survivability
in the worst environments. The
“Cool Blue” radome provides
maximum protection from corrosive
gases, ultraviolet radiation, icing,
salt spray, acid rain, and wind blown
abrasives.
The ANT 734 -960F2 includes
the ANTC485 dual clamp set for
mounting to a 1.5” to 3” O.D.
support pipe, and a 24” removable
RG-213 N-Male jumper.
SPECIFICATIONS
Frequency (continuous) 734-960 MHz Dimensions (L x base diam.) in. 38 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 8 lb.
Power rating (typ.) 500 watts Shipping weight 10 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 0.9 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 35 lb.
Vertical beamwidth 38° Bending moment at top clamp 23 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT770F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
SPECIFICATIONS
Frequency (continuous) 734-806 MHz Dimensions (L x base diam.) in. 38 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 8 lb.
Power rating (typ.) 500 watts Shipping weight 10 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 0.9 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 35 lb.
Vertical beamwidth 38° Bending moment at top clamp 23 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT770F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
7
The Telewave ANT770F6 is an
COLLINEAR
90
60 60
ex tremely rugged, medium - -3
gain, fiberglass collinear antenna,
30 30
designed for op er a tion in all -10
SPECIFICATIONS
Frequency (continuous) 746-806 MHz Dimensions (L x base diam.) in. 61 x 2.375
Gain 6 dBd Tower weight (antenna + clamps) 19 lb.
Power rating (typ.) 500 watts Shipping weight 23 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.1 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 42 lb.
Vertical beamwidth 19° Bending moment at top clamp 55 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT825F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
SPECIFICATIONS
Frequency (continuous) 745-860 MHz Dimensions (L x base diam.) in. 59 x 2.75
Gain 6 dBd Tower weight (antenna + clamps) 18 lb.
Power rating (typ.) 500 watts Shipping weight 22 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.05 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 41 lb.
Vertical beamwidth 19° Bending moment at top clamp 52 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT850F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
7
The Telewave ANT850F2 is an
COLLINEAR
90
60 60
extremely rugged collinear antenna, -3
with moderate gain and wide
30 30
vertical beamwidth. This compact -10
impulse protection.
-60 -60
All junctions are fully soldered -90
to prevent RF intermodulation, ANT850F2 - 851 MHz
and each antenna is completely Vertical Plane
protected within a rugged, high- Gain = 2.58 dBd
tech radome to ensure survivability
in the worst environments. The
“Cool Blue” radome provides
maximum protection from corrosive
gases, ultraviolet radiation, icing,
salt spray, acid rain, and wind blown
abrasives.
The ANT850 F2 includes the
ANTC485 dual clamp set for
mounting to a 1.5” to 3” O.D.
support pipe, and a 24” removable
RG-213 N-Male jumper.
SPECIFICATIONS
Frequency (continuous) 806-896 MHz Dimensions (L x base diam.) in. 38 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 8 lb.
Power rating (typ.) 500 watts Shipping weight 10 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 0.9 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 35 lb.
Vertical beamwidth 38° Bending moment at top clamp 23 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT850F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
SPECIFICATIONS
Frequency (continuous) 806-896 MHz Dimensions (L x base diam.) in. 56 x 2.375
Gain 6 dBd Tower weight (antenna + clamps) 18 lb.
Power rating (typ.) 500 watts Shipping weight 22 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.0 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 39 lb.
Vertical beamwidth 19° Bending moment at top clamp 46 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT850F10
FIBERGLASS COLLINEAR ANTENNA 10 dBd
7
The Telewave ANT850F10 is an
COLLINEAR
90
60 60
extremely rugged, high-gain, -3
f iberglass collinear antenna,
30 30
designed for operation in all -10
SPECIFICATIONS
Frequency (continuous) 806-896 MHz Dimensions (L x base diam.) in. 83 x 2.375
Gain 10 dBd Tower weight (antenna + clamps) 19 lb.
Power rating (typ.) 500 watts Shipping weight 23 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.3 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 53 lb.
Vertical beamwidth 6° Bending moment at top clamp 106 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT900F2
FIBERGLASS COLLINEAR ANTENNA 2.5 dBd
impulse protection.
-60 -60
All junctions are fully soldered -90
to prevent RF intermodulation, ANT900F2 - 928 MHz
and each antenna is completely Vertical Plane
protected within a rugged, high- Gain = 2.5 dBd
tech radome to ensure survivability
in the worst environments. The
“Cool Blue” radome provides
maximum protection from corrosive
gases, ultraviolet radiation, icing,
salt spray, acid rain, and wind blown
abrasives.
The ANT90 0 F2 includes the
ANTC485 dual clamp set for
mounting to a 1.5” to 3” O.D.
support pipe, and a 24” removable
RG-213 N-Male jumper.
SPECIFICATIONS
Frequency (continuous) 880-960 MHz Dimensions (L x base diam.) in. 38 x 2.75
Gain 2.5 dBd Tower weight (antenna + clamps) 8 lb.
Power rating (typ.) 500 watts Shipping weight 10 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 0.9 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 35 lb.
Vertical beamwidth 38° Bending moment at top clamp 23 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT940F6
FIBERGLASS COLLINEAR ANTENNA 6 dBd
7
The Telewave ANT940F6 is an
COLLINEAR
90
60 60
ex tremely rugged, medium - -3
gain, fiberglass collinear antenna,
30 30
designed for op er a tion in all -10
SPECIFICATIONS
Frequency (continuous) 870-965 MHz Dimensions (L x base diam.) in. 56 x 2.375
Gain 6 dBd Tower weight (antenna + clamps) 18 lb.
Power rating (typ.) 500 watts Shipping weight 22 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.0 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 39 lb.
Vertical beamwidth 19° Bending moment at top clamp 46 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT940F10
FIBERGLASS COLLINEAR ANTENNA 10 dBd
SPECIFICATIONS
Frequency (continuous) 870-965 MHz Dimensions (L x base diam.) in. 83 x 2.375
Gain 10 dBd Tower weight (antenna + clamps) 19 lb.
Power rating (typ.) 500 watts Shipping weight 23 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 200 / 150 MPH
VSWR 1.5:1 or less Maximum exposed area 1.4 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 55 lb.
Vertical beamwidth 6° Bending moment at top clamp 112 ft. lb.
Termination Recessed N Female (100 MPH, 40 PSF flat plate equiv.)
7-16 DIN-F opt.
ANT960F0
WIRELESS DATA ANTENNA 2 dBd
ANT960F0-2 920-960 MHz
7
The Telewave ANT960F0 “Data
COLLINEAR
90
60 60
Stick” is a rugged, economical -3
omni antenna for wire less data
30 30
applications in the 900 MHz band. -10
SPECIFICATIONS
Frequency range 900-930 / 920-960 MHz Dimensions (L x base diam.) in. 14.5 x 1
Gain 2 dBd Antenna weight 1 lb.
Power rating (typ.) 50 watts Shipping weight 3 lb.
Impedance 50 ohms Wind rating / with 0.5” ice 90 / 90 MPH
VSWR 1.5:1 or less Maximum exposed area 0.1 ft.²
Pattern Omnidirectional Lateral thrust at 100 MPH 4 lb.
Vertical beamwidth 42° Bending moment at top clamp 2 ft. lb.
Termination Recessed N-Male (100 MPH, 40 PSF flat plate equiv.)
INSTALLATION GUIDE
FOR COLLINEAR ANTENNAS F2 MODELS
WARNING:
For your safety, do not install any antenna near power lines, and carefully follow all installation
instructions. If the antenna falls toward or contacts any overhead wires, immediately let go
and stay away. Call the utility company for assistance. Always use safety devices for tower
climbing. Ensure that the tower structure is well grounded for lightning protection.
PARTS LIST
(1) Antenna assembly
(1) Jumper RG-213 N-male to N-male 24"
(provided only with N-terminated antennas)
(1) ANTC485 clamp kit
Clamp Kit Contents (Figure 1):
(2) Clamp plates
(2) 3/8”-16 stainless U bolts
(4) Hex nuts
(4) Lock washers
(1) Anti-seize compound Figure 2: Typical Mounting Configuration
MOUNTING INSTRUCTIONS
1. The welded mounting rails are intended to be placed against the support
structure when used with the supplied clamp set. When using an ANTC483
or other clamp set, the mounting rails should be turned to one side, out of
contact with the support.
2. Apply anti-seize compound to ends of u-bolts. Place a loosely assembled
clamp over the top of the mast. Feed the antenna base ferrule down through
the clamp until aligned with the upper attachment point. Tighten down the
hex nuts and straighten the antenna until clamped into a vertical position.
3. Attach and secure the lower antenna clamp with supplied hex nuts and
lock washers, to provide reasonable pressure to the support structure and
antenna base ferrule (Figure 2).
4. The antenna input connector is a Type N or 7-16 DIN Female. A 24" N-male
jumper is provided for antennas with N input. Connect RF feed cable
terminated with Type N or 7-16 DIN as required to antenna input connector.
Secure all cables with cable ties.
5. Be sure to properly seal the input connector with waterproof tape or other
sealing material. See Telewave TWDS-0502 for a recommended method of
connector sealing.
All specifications subject
230 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-7084 Rev. 4/11
INSTALLATION GUIDE
FOR COLLINEAR ANTENNAS F6, F8, AND F10 MODELS
7
COLLINEAR
WARNING:
For your safety, do not install any antenna near power lines, and carefully follow all installation
instructions. If the antenna falls toward or contacts any overhead wires, immediately let go
and stay away. Call the utility company for assistance. Always use safety devices for tower
climbing. Ensure that the tower structure is well grounded for lightning protection.
Figure 1:
IMPORTANT - BEFORE ASSEMBLING AND MOUNTING: Clamp Set Contents
Carefully read these instructions and study the diagrams. Check to make sure
you have all parts. The antenna and clamp kit are packaged as two separate
items. Both clamps must be installed and properly spaced to prevent antenna
rotation from wind load.
NOTE: To prevent possible damage to the ferrule and radome, tighten all nuts
only until the lock washers are flattened. Then add 1/2 turn to each.
PARTS LIST
(1) Antenna assembly
(1) Jumper RG-213 N-male to N-male 24"
(provided only with N-terminated antennas) Figure 2:
(1) ANTC482 clamp kit Clamp Preassembly
Clamp kit Contents (figure 1):
(8) galvanized clamp plates
(4) 1/2”-13 x 10” stainless steel threaded rods
(16) 1/2” stainless steel hex nuts
(16) 1/2” stainless steel split lock washers
(1) Anti-seize compound
MOUNTING INSTRUCTIONS
1. Apply anti-seize compound to threaded rod ends. Insert rods through dual
clamps with hex nuts and lock washers in the middle of the clamps as shown
in figure 2. Mount both clamps to the support structure with 2 single clamp
plates, hex nuts, and lock washers. Arrange clamps so that 1”-2” of ferrule Figure 3: Assembly
is exposed above and below the clamps. Be sure to allow sufficient thread
length on the antenna side of the clamps.
2. Attach antenna clamp plate to the upper clamp set only, allowing maximum
plate movement on the rods. Feed the antenna base ferrule down through
the clamp until aligned with the upper attachment point. Partially tighten the
hex nuts and straighten the antenna until clamped into a vertical position.
3. Attach and secure the lower antenna clamp with supplied hex nuts and lock
washers, and tighten both clamps until the lock washers are flat plus 1/2 turn
additional on each nut. (Figure 3).
4. The antenna input connector is a Type N or 7-16 DIN Female. A 24" N-male
jumper is provided for antennas with N input. Connect RF feed cable
terminated with Type N or 7-16 DIN as required to antenna input connector.
Secure all cables with cable ties.
5. Be sure to properly seal the input connector with waterproof tape or other
sealing material. See Telewave TWDS-0502 for a recommended method of
connector sealing.
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 231
TWDS-7083 Rev. 4/11
ANTC482 CLAMP SET
FOR COLLINEAR ANTENNAS
WARNING:
For your safety, do not install any antenna near power lines, and carefully follow all installation
instructions. If the antenna falls toward or contacts any overhead wires, immediately let go
and stay away. Call the utility company for assistance. Always use safety devices for tower
climbing. Ensure that the tower structure is well grounded for lightning protection.
MOUNTING INSTRUCTIONS
Apply anti-seize compound to threaded rod ends. Insert rods through
dual clamps with hex nuts and lock washers in the middle of the clamps as
shown in figure 2. Mount both clamps to the support structure with 2 single
clamp plates, hex nuts, and lock washers. Arrange clamps so that 1”-2” of
ferrule is exposed above and below the clamps. Be sure to allow sufficient
thread length on the antenna side of the clamps.. Tighten clamps only until
lockwashers are flat, then add ½ turn additional on each nut.
Dimensional Data:
Figure 3: Assembly ANTC482 can be attached to
square or round tower legs from
1.5” to 3.5” O.D.
Antenna Clamp holes are 9/16” diameter,
Base
and 4.75” inches center to center.
Mast or
Support
Structure
COLLINEAR
WARNING:
For your safety, do not install any antenna near power lines, and carefully follow all installation
instructions. If the antenna falls toward or contacts any overhead wires, immediately let go
and stay away. Call the utility company for assistance. Always use safety devices for tower
climbing. Ensure that the tower structure is well grounded for lightning protection.
Mast or
Support
Structure
DIPOLE ANTENNAS
Telewave Dipole and Dipole Array antennas are built in the USA to
withstand harsh conditions in the most demanding applications.
Telewave dipoles are in service on mountaintops in Alaska, oil rigs
in the Gulf of Mexico, Phillipine jungles, and the deserts of North
Africa. Constructed from 6061-T6 aluminum, Telewave Dipoles
feature broad bandwidth, and superior lightning impulse protection
thanks to direct DC ground construction.
Telewave dipole antennas and arrays also feature a high-tech
coating called Txylan™, which completely encapsulates all metal
antenna components, providing total protection from water,
corrosive chemicals, salt spray, and windblown abrasives. This
smooth black coating also dramatically reduces surface friction,
reducing and often preventing ice adhesion, while improving
absorption of solar radiation.
All cabling is Mil-Spec RG-213/U, and all external connection points
are sealed with Telewave's field-proven MilleniumSeal™, which
provides permanent environmental protection. The RF feed cable
and connection to each element is internally sealed within the
element, eliminating any possibility of failure due to corrosion or
ice expansion.
The standard connector type is N-Male, and 7-16 DIN can be
installed as an option for high power applications. Gain ranges from
1 to 12 dBd, depending on configuration and number of elements.
Each lowband model from 33-48 MHz includes a heavy-duty clamp
set to attach the antenna boom to a mast or tower, as well as one
element support boom with all required clamps.
All dipoles above 54 MHz are UPS shippable, and the horizontal
pattern on all models is fully adjustable at any time during or after
installation. This unique flexibility means that a single or multi-dipole
array can provide a semi-directional, bi-directional, or nearly omni
radiation pattern. Up to 15 degrees of mechanical and/or electrical
tilt is also available for arrays of 2 or more dipoles, allowing a level
of pattern control not possible with other antenna types.
ANT37D
DIPOLE ANTENNA
7
The Telewave ANT37D is a rugged, Each antenna is also completely
DIPOLES
high-performance single dipole sealed with our high-tech Txylan™
antenna designed for VHF lowband coating, which resists water and ice
services, including public safety, buildup, and provides exceptional
utilities, paging links and military protection from corrosive gases,
communication. This antenna UV radiation, salt spray, acid rain
provides 7.5 MHz bandwidth and windblown abrasives.
with no tuning required, and
ANT 37D antenna s include
multiple elements can be stacked
ANTC482 mounting hardware
for increased gain and pattern
which will accommodate a 1.5”-3.5”
control.
diameter galvanized steel support
Each antenna is constructed with pipe or tower leg. One ANTLBB
6061-T6 aluminum, and is welded element support boom with all
at the base to a solid, machined required clamps is also included.
aluminum mounting block for
Due to the size and potential wind
maximum strength. A massive
loading of this antenna, tower side
3.5” diameter boom provides
mounting is recommended.
exceptional strength.
NOTE: THIS ANTENNA IS SHIPPED
VIA TRUCK FREIGHT ONLY
ANT37D at 40 MHz
SPECIFICATIONS 0
-3
30
ANT40D
DIPOLE ANTENNA
ANT40D at 40 MHz
SPECIFICATIONS
0
Impedance 50 ohms
-20
ANT42D
DIPOLE ANTENNA
7
The Telewave ANT42D is a rugged, Each antenna is also completely
DIPOLES
high-performance single dipole sealed with our high-tech Txylan™
antenna designed for VHF lowband coating, which resists water and ice
services, including public safety, buildup, and provides exceptional
utilities, paging links or military protection from corrosive gases,
communication. This antenna UV radiation, salt spray, acid rain
provides 8.5 MHz bandwidth and windblown abrasives.
with no tuning required, and
A N T4 2 D a n t e n n a s i n c l u d e
multiple elements can be stacked
ANTC482 mounting hardware
for increased gain and pattern
which will accommodate a 1.5”-3.5”
control.
diameter galvanized steel support
Each antenna is constructed with pipe or tower leg. One ANTLBB
6061-T6 aluminum, and is welded element support boom with all
at the base to a solid, machined required clamps is also included.
aluminum mounting block for
Due to the size and potential wind
maximum strength. A massive
loading of this antenna, tower side
3.5” diameter boom provides
mounting is recommended.
exceptional strength.
NOTE: THIS ANTENNA IS SHIPPED
VIA TRUCK FREIGHT ONLY
SPECIFICATIONS
ANT42D at 42 MHz
Frequency (continuous) 38.5-47 MHz 0
-3
30
ANT44D
DIPOLE ANTENNA
ANT44D at 44 MHz
SPECIFICATIONS
0
Impedance 50 ohms
-20
ANT50D
DIPOLE ANTENNA
7
The Telewave ANT50D is a rugged, Each antenna is also completely
DIPOLES
high-performance single dipole sealed with our high-tech Txylan™
antenna designed for VHF lowband coating, which resists water and ice
services, including public safety, buildup, and provides exceptional
utilities, military communication, protection from corrosive gases,
and amateur radio. This antenna UV radiation, salt spray, acid rain
provides 9 MHz bandwidth with and windblown abrasives.
no tuning required. The horizontal
ANT50D antennas include
pattern is adjustable, and multiple
ANTC482 mounting hardware
element s can be stacked for
which will accommodate a 1.5”-3.5”
inc rea s e d gain and pat ter n
diameter galvanized steel support
control.
pipe or tower leg. Due to the size
Each antenna is constructed with and potential wind loading of this
6061-T6 aluminum, and is welded antenna, tower side mounting is
at the base to a solid, machined recommended.
aluminum mounting block for
maximum strength. A massive
3.5” diameter boom provides
exceptional strength.
300 -10 60
-20
SPECIFICATIONS
270 90
Impedance 50 ohms
VSWR 1.5:1 or less 210
180
150
210 150
ANT70D
DIPOLE ANTENNA
0
330 2.6 dBd 30
-3
300 -10 60
SPECIFICATIONS -20
210 150
Maximum exposed area 2.7 ft.² 180
H-Plane gain 0.7 dBd
Lateral thrust at 100 MPH 109 lb 3/8 wl. spacing from tower
All specifications subject
240 Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice
TWDS-7098 Rev. 3/12
66 - 88 MHz
ANT75D
DIPOLE ANTENNA
7
The Telewave ANT75D is a rugged, Each antenna is also completely
DIPOLES
high-performance single dipole sealed with our high-tech Txylan™
antenna designed for VHF midband coating, which resists water and ice
services, including utilities, paging buildup, and provides exceptional
links, control stations, and military protection from corrosive gases,
communication. This antenna UV radiation, salt spray, acid rain
provides 22 MHz bandwidth with and windblown abrasives.
no tuning required. The horizontal
All components are at DC ground
pattern is adjustable, and multiple
potential for lightning protection.
element s can be stacked for
A full clamp set is included for
inc rea s e d gain and pat ter n
mounting to a 1.5”-3.5” diameter
control.
galvanized steel support pipe or
Each antenna is constructed with tower leg.
6061-T6 aluminum, and is welded
at the base for maximum strength.
0
330 30
-3
300 -10 60
SPECIFICATIONS -20
ANT90D
DIPOLE ANTENNA - FM BROADCAST
0
330 30
-3
300 -10 60
SPECIFICATIONS
-20
Frequency (continuous) 88-108 MHz
270 90
Power rating (typ.) 500 watts
Impedance 50 ohms
240 120
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, 210 150
180
cardioid, or bidirectional
H-Plane, Gain = 2.1 dBd
Lightning protection DC Ground Spaced 1/4 wl. from mast
Termination N-Male or 7-16 DIN (opt.) on
harness feed cable ANT90D at 98 MHz
0
Gain (dependent on pattern) 1 - 2.05 dBd 330 30
-3
Vertical beamwidth 1/4 wl. - 70°, 1/2 wl. - 73°
300 60
3/8 wl. - 84° -10
ANT120D, D3
DIPOLE AND DIPOLE ARRAY
7
The Telewave ANT120D series radiation, salt spray, acid rain and
DIPOLES
con s i s t s of a r u g g e d, hig h - windblown abrasives. The phasing
performance single dipole and harness is fully sealed by Telewave’s
dual dipole array with a precision Millenium Seal™ technology.
phasing harness, designed for
All components are at DC ground
aircraft communications, telemetry,
potential for lightning protection.
and military applications. The
Each dipole element includes a
horizontal pattern is adjustable, and
heavy-duty custom clamp set for
each element can be configured
mounting to a 1.5”-2.5” diameter
for increased gain and pattern
galvanized steel support pipe or
control.
tower leg.
ANT120D
Each dipole element is constructed
Up to 15 degrees of electrical
with 6061-T6 aluminum, and welded
uptilt or downtilt may be specified
at the base for maximum strength.
for D3 models. Desired tilt angle
Each element is also completely
must be included with the order,
sealed with our high-tech Txylan™
and consultation with our antenna
coating, which resists water and ice
engineering staff is requested.
buildup, and provides exceptional
protection from corrosive gases, UV
COMMON SPECIFICATIONS
Frequency (continuous) 110-138 MHz Lightning protection DC Ground
Power rating (typ.) 500 watts Wind rating (D/D3) 150/125 MPH
Impedance 50 ohms (with 0.5” ice) (D/D3) 125/100 MPH
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL SPECIFICATIONS ANT120D ANT120D3
Gain (dependent on pattern) 1-2.5 dBd 3-5.6 dBd
Vertical beamwidth (3/8 wl.) 78° 34° ANT120D3
Dimensions (H x D) max 45 x 45 in. 119 x 45 in. (Harness not shown)
Support mast is
Weight (antenna + clamps) 7 lb. 15 lb. customer-supplied
Maximum exposed area 0.91 ft.² 1.9 ft.²
Lateral thrust at 100 MPH 36 lb. 75 lb.
Electrical uptilt / downtilt N/A 1-15°
330
0
30
ANT120D 330
0
30 330
0
30
ANT120D3 330
0
30
-3 -3 -3 -3
H-Plane gain 2.4 dBd H-Plane gain 1.9 dBd H-Plane gain 6.0 dBd H-Plane gain 5.6 dBd
Spaced 1/4 wl. from mast Spaced 3/8 wl. from mast Spaced 1/4 wl. from mast Spaced 3/8 wl. from mast
All specifications subject
Telewave, Inc. • San Jose, CA • 1-800-331-3396 ~ 408-929-4400 • www.telewave.com to change without notice 243
TWDS-7060 Rev. 6/12
138 - 174 MHz
H-Plane: Gain 9.1 dBd H-Plane: Gain 9.1 dBd H-Plane: Gain 8.5 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower
COMMON SPECIFICATIONS
Frequency (continuous) 138-174 MHz Lightning protection DC Ground
Power rating (typ.) 500 watts Wind rating 175 MPH
Impedance 50 ohms (with 0.5” ice) 150 MPH ANT150D6-9
(Harness not shown)
VSWR 1.5:1 or less
Support mast is
Pattern Adjustable: Offset circular, cardioid, or bidirectional customer-supplied
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL ANT150D ANT150D3 ANT150D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 wl.) 78° 37° 18°
Dimensions (H x D) max 34 x 33 in. 89 x 33 in. 195 x 33 in.
Weight (antenna + clamps) 6 lb. 14 lb. 28 lb.
Maximum exposed area 0.73 ft.² 1.6 ft.² 3.3 ft.²
Lateral thrust at 100 MPH 29 lbs 64 lbs 134 lbs
Electrical uptilt or downtilt N/A 1-15° 1-15°
ANT150D7-12
DIPOLE ARRAY 7 TO 12 dBd
7
The Telewave ANT150D7-12 is an sealed with our high-tech Txylan™
DIPOLES
8-element dipole array antenna coating, which resists water and ice
with a precision phasing harness buildup, and provides exceptional
for optimum performance. The protection from corrosive gases, UV
horizontal pattern is field-adjustable, radiation, salt spray, acid rain and
to accommodate any current or windblown abrasives. The phasing
future coverage requirements. The harness is fully sealed by Telewave’s
high gain, wide bandwidth, and Millenium Seal™ technology.
high efficiency of the ANT150D7-12
All components are at DC ground
are ideal for many applications,
for lightning protection, and each
including trunking, business, public
element includes a heavy-duty
safety, and amateur radio.
custom clamp set for mounting to a
Each antenna consists of two 1.5”-2.5” diameter galvanized steel
arrays of 4 elements with a power support pipe or tower leg.
divider in the center, which greatly
reduces feedline losses. Each
dipole element is constructed with
6061-T6 aluminum, and welded at
the base for maximum strength.
Each antenna is also completely
0 0 0
330 30 330 30 330 30
-3 -3 -3
H-Plane gain 12.2 dBd H-Plane gain 11.8 dBd H-Plane gain 12.7 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower
SPECIFICATIONS
Frequency (continuous) 138-174 MHz Lightning protection DC Ground
Power rating (typ.) 500 watts Wind rating 175 MPH
Impedance 50 ohms (with 0.5” ice) 150 MPH
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Female or 7-16 DIN (opt.) on power divider
Gain (dependent on pattern) 7-12 dBd
Vertical beamwidth (3/8 wl.) 8°
Dimensions (H x D) max 407 x 36 in. (1/2 wl. spacing)
Weight (antenna + clamps) 60 lb. ANT150D7-12
Maximum exposed area 6.8 ft.² (Harness not shown)
Lateral thrust at 100 MPH 282 lb. Support mast is
customer-supplied
H-Plane: Gain 9.1 dBd H-Plane: Gain 9.1 dBd H-Plane: Gain 8.5 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower
COMMON SPECIFICATIONS
Frequency (continuous) 216-252 MHz Lightning protection DC Ground
Power rating (typ.) 500 watts Wind rating 175 MPH ANT220D6-9
Impedance 50 ohms (with 0.5” ice) 150 MPH (Harness not shown)
VSWR 1.5:1 or less Support mast is
customer-supplied
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL SPECIFICATIONS ANT220D ANT220D3 ANT220D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 spacing ) 78° 37° 18°
Dimensions (H x D) max 23 x 28 in. 61 x 28 in. 137 x 28 in.
Weight (antenna + clamps) 5 lb. 11 lb. 23 lb.
Maximum exposed area 0.51 ft.² 1.1 ft.² 2.3 ft.²
Lateral thrust at 100 MPH 20 lb. 43 lb. 94 lb.
Electrical uptilt / downtilt N/A 1-15° 1-15°
DIPOLES
consist s of single, dual, and protection from corrosive gases, UV
4-element dipole array antennas radiation, salt spray, acid rain and
with a precision phasing harness windblown abrasives. The phasing
for optimum performance. The harness is fully sealed by Telewave’s
antenna horizontal pattern is field- Millenium Seal™ technology.
adjustable, for any current or future
All components are at DC ground
coverage requirements. The wide
potential for lightning protection.
bandwidth and high efficiency of
Each dipole element includes a
these antennas make them ideal
heavy-duty custom clamp set for
for many applications, including
mounting to a 1.5”-2.5” diameter
military communications, trunking,
galvanized steel support pipe or
and business.
tower leg.
Each dipole element is constructed
Up to 15 degrees of electrical uptilt
with 6061-T6 aluminum, and welded
or downtilt may be specified for D3
at the base for maximum strength.
or D6-9 models. Desired tilt angle
Each antenna is also completely
must be included on the order,
sealed with our high-tech Txylan™
and consultation with our antenna
coating, which resists water and ice
engineering staff is requested.
0 0 0
330 30 330 30 330 30
-3 -3 -3
H-Plane gain 9.1 dBd H-Plane gain 9.0 dBd H-Plane gain 8.8 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower
COMMON SPECIFICATIONS
Frequency (continuous) 230-330 MHz Lightning protection DC Ground
Power rating (typ.) 500 watts Wind rating 175 MPH ANT275D6-9
(Harness not shown)
Impedance 50 ohms (with 0.5” ice) 150 MPH Support mast is
VSWR 1.5:1 or less customer-supplied
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL SPECIFICATIONS ANT275D ANT275D3 ANT275D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 wl.) 78° 34° 15°
Dimensions (H x D) (max) 19 x 20 in. 56 x 20 in. 120 x 20 in.
Weight (antenna + clamps) 6 lb. 11 lb. 19 lb.
Maximum exposed area 0.45 ft.² 1.0 ft.² 2.1 ft.²
Lateral thrust at 100 MPH 18 lb. 39 lb. 83 lb.
Electrical uptilt / downtilt N/A 1-15° 1-15°
H-Plane gain 9.1 dBd H-Plane gain 9.1 dBd H-Plane gain 8.5 dBd ANT350D6-9
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower (Harness not shown)
Support mast is
COMMON SPECIFICATIONS
customer-supplied
Frequency (continuous) 300-360 MHz Lightning protection DC Ground
Power rating (typ.) 500 watts Wind rating 175 MPH
Impedance 50 ohms (with 0.5” ice) 150 MPH
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL SPECIFICATIONS ANT350D ANT350D3 ANT350D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 wl.) 71° 34° 15°
Dimensions (H x D) (max) 17 x 17 in. 43 x 17 in. 89 x 17 in.
Weight (antenna + clamps) 6 lb. 13 lb. 18 lb.
Maximum exposed area 0.36 ft.² 0.78 ft.² 1.7 ft.²
Lateral thrust at 100 MPH 15 lb. 34 lb. 73 lb.
Electrical uptilt / downtilt N/A 1-15° 1-15°
DIPOLES
consist s of single, dual, and protection from corrosive gases, UV
4-element dipole array antennas radiation, salt spray, acid rain and
with a precision phasing harness windblown abrasives. The phasing
for optimum performance. The harness is fully sealed by Telewave’s
antenna horizontal pattern is field- Millenium Seal™ technology.
adjustable, for any current or future
All components are at DC ground
coverage requirements. The wide
potential for lightning protection.
bandwidth and high efficiency of
Each dipole element includes a
these antennas make them ideal
heavy-duty custom clamp set for
for many applications, including
mounting to a 1.5”-2.5” diameter
military communications, TETRA,
galvanized steel support pipe or
and business.
tower leg.
Each dipole element is constructed
Up to 15 degrees of electrical uptilt
with 6061-T6 aluminum, and welded
or downtilt may be specified for D3
at the base for maximum strength.
or D6-9 models. Desired tilt angle
Each antenna is also completely
must be included on the order,
sealed with our high-tech Txylan™
and consultation with our antenna
coating, which resists water and ice
engineering staff is requested.
0 0 0
330 30 330 30 330 30
-3 -3 -3
H-Plane gain 9.17 dBd H-Plane gain 9.1 dBd H-Plane gain 8.5 dBd ANT375D6-9
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower (Harness not shown)
Support mast is
COMMON SPECIFICATIONS customer-supplied
Frequency (continuous) 345-405 MHz Lightning protection DC Ground
Power rating (typ.) 500 watts Wind rating 175 MPH
Impedance 50 ohms (with 0.5” ice) 150 MPH
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL SPECIFICATIONS ANT375D ANT375D3 ANT375D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 wl.) 71° 34° 15°
Dimensions (H x D) (max) 16 x 17 in. 39 x 17 in. 87 x 17 in.
Weight (antenna + clamps) 7 lb. 15 lb. 25 lb.
Maximum exposed area 0.35 ft.² 0.76 ft.² 1.7 ft.²
Lateral thrust at 100 MPH 14 lb. 32 lb. 70 lb.
Electrical uptilt / downtilt N/A 1-15° 1-15°
H-Plane gain 9.07 dBd H-Plane gain 9.10 dBd H-Plane gain 8.46 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower ANT400D6-9
(Harness not shown)
COMMON SPECIFICATIONS Support mast is
Frequency (continuous) 360-450 MHz Lightning protection DC Ground customer-supplied
Power rating (typ.) 500 watts Wind rating 175 MPH
Impedance 50 ohms (with 0.5” ice) 150 MPH
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL SPECIFICATIONS ANT400D ANT400D3 ANT400D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 wl.) 71° 34° 15°
Dimensions (H x D) (max) 15 x 14 in. 36 x 14 in. 74 x 14 in.
Weight (antenna + clamps) 6 lbs 13 lbs 18 lbs
Maximum exposed area 0.34 ft.² 0.72 ft.² 1.5 ft.²
Lateral thrust at 100 MPH 13 lbs 30 lbs 64 lbs
Electrical uptilt / downtilt N/A 1-15° 1-15°
DIPOLES
consist s of single, dual, and protection from corrosive gases, UV
4-element dipole array antennas radiation, salt spray, acid rain and
with a precision phasing harness windblown abrasives. The phasing
for optimum performance. The harness is fully sealed by Telewave’s
antenna horizontal pattern is field- Millenium Seal™ technology.
adjustable, for any current or future
All components are at DC ground
coverage requirements. The wide
potential for lightning protection.
bandwidth and high efficiency of
Each dipole element includes a
these antennas make them ideal
heavy-duty custom clamp set for
for many applications, including
mounting to a 1.5”-2.5” diameter
military communications, trunking,
galvanized steel support pipe or
public safety, and amateur radio.
tower leg.
Each dipole element is constructed
Up to 15 degrees of electrical uptilt
with 6061-T6 aluminum, and welded
or downtilt may be specified for D3
at the base for maximum strength.
or D6-9 models. Desired tilt angle
Each antenna is also completely
must be included on the order,
sealed with our high-tech Txylan™
and consultation with our antenna
coating, which resists water and ice
engineering staff is requested.
0 0 0
330 30 330 30 330 30
-3 -3 -3
H-Plane gain 9.02 dBd H-Plane gain 9.08 dBd H-Plane gain 9.12 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower ANT425D6-9
(Harness not shown)
COMMON SPECIFICATIONS Support mast is
Frequency (continuous) 380-470 MHz Lightning protection DC Ground customer-supplied
Power rating (typ.) 500 watts Wind rating 175 MPH
Impedance 50 ohms (with 0.5” ice) 150 MPH
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL SPECIFICATIONS ANT425D ANT425D3 ANT425D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 wl.) 71° 34° 15°
Dimensions (H x D) (max) 13 x 17 in. 34 x 17 in. 77 x 17 in.
Weight (antenna + clamps) 7 lbs 15 lbs 32 lbs
Maximum exposed area 0.34 ft.² 0.72 ft.² 1.5 ft.²
Lateral thrust at 100 MPH 13 lbs 30 lbs 64 lbs
Electrical uptilt / downtilt N/A 1-15° 1-15°
H-Plane gain 9.1 dBd H-Plane gain 9.1 dBd H-Plane gain 8.5 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower
ANT450D6-9
COMMON SPECIFICATIONS (Harness not shown)
Frequency (continuous) 406-512 MHz Lightning protection DC Ground Support mast is
Power rating (typ.) 500 watts Wind rating 175 MPH customer-supplied
Impedance 50 ohms (with 0.5” ice) 150 MPH
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL SPECIFICATIONS ANT450D ANT450D3 ANT450D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 wl.) 71° 34° 15°
Dimensions (H x D) (max) 13 x 12 in. 31 x 12 in. 71 x 12 in.
Weight (antenna + clamps) 6 lbs 13 lbs 18 lbs
Maximum exposed area 0.27 ft.² 0.68 ft.² 1.4 ft.²
Lateral thrust at 100 MPH 11 lbs 28 lbs 60 lbs
Electrical uptilt / downtilt N/A 1-15° 1-15°
ANT450D7-12
DIPOLE ARRAY 7 TO 12 dBd
7
The Telewave ANT450D7-12 is an sealed with our high-tech Txylan™
DIPOLES
8-element dipole array antenna coating, which resists water and ice
with a precision phasing harness buildup, and provides exceptional
for optimum performance. The protection from corrosive gases, UV
horizontal pattern is field-adjustable, radiation, salt spray, acid rain and
to accommodate any current or windblown abrasives. The phasing
future coverage requirements. The harness is fully sealed by Telewave’s
high gain, wide bandwidth, and Millenium Seal™ technology.
high efficiency of the ANT450D7-12
All components are at DC ground
are ideal for many applications,
for lightning protection, and each
including trunking, business, public
element includes a heavy-duty
safety, and amateur radio.
custom clamp set for mounting to a
Each antenna consists of two 1.5”-2.5” diameter galvanized steel
arrays of 4 elements with a power support pipe or tower leg.
divider in the center, which greatly
reduces feedline losses. Each
dipole element is constructed with
6061-T6 aluminum, and welded at
the base for maximum strength.
Each antenna is also completely
0 0 0
330 30 330 30 330 30
-3 -3 -3
H-Plane gain 12.2 dBd H-Plane gain 11.8 dBd H-Plane gain 12.7 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower
SPECIFICATIONS
Frequency (continuous) 406-512 MHz Lightning protection DC Ground
Power rating (typ.) 500 watts Wind rating 175 MPH
Impedance 50 ohms (with 0.5” ice) 150 MPH
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Female or 7-16 DIN (opt.) on power divider
Gain (dependent on pattern) 7-12 dBd
Vertical beamwidth (3/8 wl.) 7.5°
Dimensions (H x D) max 148 x 12 in. (1/2 wl. spacing)
Weight (antenna + clamps) 36 lb.
Maximum exposed area 2.9 ft.² ANT450D7-12
(Harness not shown)
Lateral thrust at 100 MPH 135 lb.
Support mast is
customer-supplied
0 0 0
330 30 330 30 330 30
-3 -3 -3
H-Plane gain 9.1 dBd H-Plane gain 9.1 dBd H-Plane gain 8.5 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower ANT500D6-9
(Harness not shown)
COMMON SPECIFICATIONS Support mast is
Frequency (continuous) 470-550 MHz Lightning protection DC Ground customer-supplied
Power rating (typ.) 500 watts Wind rating 175 MPH
Impedance 50 ohms (with 0.5” ice) 150 MPH
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Male or 7-16 DIN (opt.) on harness feed cable
MODEL SPECIFICATIONS ANT500D ANT500D3 ANT500D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 wl.) 78° 33° 18°
Dimensions (H x D) (max) 13 x 11 in. 31 x 11 in. 65 x 11 in.
Weight (antenna + clamps) 7 lb. 14 lb. 28 lb.
Maximum exposed area 0.26 ft.² 0.56 ft.² 1.2 ft.²
Lateral thrust at 100 MPH 10 lb. 22 lb. 50 lb.
DIPOLES
consist s of single, dual, and protection from corrosive gases, UV
4-element dipole array antennas radiation, salt spray, acid rain and
with a precision phasing harness windblown abrasives. The phasing
for optimum performance. The harness is fully sealed by Telewave’s
antenna horizontal pattern is field- Millenium Seal™ technology.
adjustable, for any current or future
All components are at DC ground
coverage requirements. The wide
potential for lightning protection.
bandwidth and high efficiency of
Each dipole element includes a
these antennas make them ideal
heavy-duty custom clamp set for
for many applications, including
mounting to a 1.5”-2.5” diameter
trunking, business, public safety,
galvanized steel support pipe or
and goverment communication.
tower leg.
Each dipole element is constructed
Up to 15 degrees of electrical uptilt
with 6061-T6 aluminum, and welded
or downtilt may be specified for D3
at the base for maximum strength.
or D6-9 models. Desired tilt angle
Each antenna is also completely
must be included on the order,
sealed with our high-tech Txylan™
and consultation with our antenna
coating, which resists water and ice
engineering staff is requested.
0 0 0
330 30 330 30 330 30
-3 -3 -3
H-Plane gain 9.1 dBd H-Plane gain 8.9 dBd H-Plane gain 9.2 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower
0 0 0
330 30 330 30 330 30
-3 -3 -3
ANT900D6-9
240 120 240 120 240 120 (Harness not shown)
Support mast is
210
180
150 210
180
150 210
180
150
customer-supplied
H-Plane gain 9.27 dBd H-Plane gain 8.7 dBd H-Plane gain 9.1 dBd
1/4 wl. spacing from tower 1/2 wl. spacing from tower 3/8 wl. spacing from tower
COMMON SPECIFICATIONS
Frequency (continuous) 800-1000 MHz Wind rating 200 MPH
Power rating (typ.) 500 watts (with 0.5” ice) 175 MPH
Impedance 50 ohms
VSWR 1.5:1 or less
Pattern Adjustable: Offset circular, cardioid, or bidirectional
Termination N-Female or 7-16 DIN (opt.) on power divider
MODEL SPECIFICATIONS ANT900D ANT900D3 ANT900D6-9
Gain (dependent on pattern) 1-2.5 dBd 3-6 dBd 6-9 dBd
Vertical beamwidth (3/8 wl.) 84° 35° 17°
Dimensions (H x D) (max) 8 x 6 in. 21 x 6 in. 49 x 6 in.
Weight (antenna + clamps) 3 lb. 7 lb. 11 lb.
Maximum exposed area 0.1 ft.² 0.2 ft.² 0.4 ft.²
Lateral thrust at 100 MPH 4 lb. 9 lb. 20 lb.
DIPOLES
WARNING:
For your safety, do not install any antenna near power lines, and carefully follow all installation
instructions. If the antenna falls toward or contacts any overhead wires, immediately let
go and stay away. Call the utility company for assistance. Always use safety devices for
tower climbing. Ensure that the tower structure is well grounded for lightning protection.
ASSEMBLY INSTRUCTIONS
1. Remove components from shipping box and lay out the dipole and cable assemblies, ideally in a large, sheltered
area. Arrange the assemblies in order as cable lengths allow.
2. Refer to the diagram. Slide the boom over the dipole hub, and align the holes in the boom with the holes in the
hub. Apply anti-seize compound to the bolt end, then install and tighten the 1/4"-20 bolt and lock nut. Press the
end plug located on the dipole feed cable into the end of the boom until it is firmly seated.
3. Refer to the appropriate Dipole Pattern Adjustment sheet for the frequency range of the antenna. Using the
chart titled "Dipole Mounting and Mast Specifications", measure and mark the support structure for the proper
dipole element spacing. Mount each dipole assembly to the mast with clamps as shown in the diagram. Locate
the drain hole on each element, and be certain it is pointing down.
4. Refer to the chart titled "Mast to Dipole Dimensions", and determine the proper horizontal element spacing
from the mast or support structure for the desired coverage pattern. At least 1/2 inch of the boom should be
visible on the back side of the clamps.
5. Apply anti-seize compound to the bolt ends, then secure the dipole assemblies to the support with the supplied
3/8" nuts, washers and bolts, while adjusting each dipole position on the support. Tighten each nut until the lock
washer is flat, then add 1/2 turn. Be sure to properly seal the input connector with waterproof tape or other
sealing material. See Telewave TWDS-0502 for a recommended method of connector sealing.
6. Secure the cable assembly to the support.
1/2 inch of the
boom visible Dipole
Element
Dipole
Hub
Clamp
Assemblies
1/4"-20
Boom Bolt / Nut
Phasing
Harness End
Drain Plug Drain
Holes Hole
Coax
Telewave folded dipoles are field adjustable to provide different horizontal patterns and gain values. The horizontal
spacing from tower between the dipole and the support mast or tower leg controls this adjustment. Review the
patterns below to determine which is best suited to your range area requirements. Use the chart on the next
page to find the appropriate dimension for antenna to mast spacing. The drawing at the bottom shows how this
measurement is made and the vertical spacing to be used for multi-element arrays.
-3 -3 -3
Horizontal
Spacing
Measured distance
from the face of the
mast to the middle
of the dipole loop.
Mast
Extension
Vertical
spacing
Mast
Extension
Drain Holes
IMPORTANT: Be sure that the drain holes are on the bottom when the elements are installed.
DIPOLES
Mast lengths shown are minimum acceptable lengths to insure proper pattern control. Mast extension is applied at top
and bottom of array. Longer masts are acceptable, but the dipole or array must be centered on the support to prevent
beam tilt. The clamps provided with the dipoles will work properly to attach the dipole boom to a mast that is between
1.5 to 2.5 inches in diameter. To attach to smaller supports (1-1.5” diameter), use ANTS420 shims. This allows direct
mounting to small towers such as the Rohn 25 and 45.
MAST MINIMUM LENGTH AND ELEMENT VERTICAL SPACING (at midband)
ANTENNA MAST LENGTH MAST EXTENSION VERTICAL SPACING MINIMUM MAST TYPE
ANT37D
ANT40D CONTACT TELEWAVE FOR MOUNTING ADVICE
ANT50D
ANT70D 6'-7” 3'-3.5” N/A 2.0” Schedule 40 Galvanized Pipe
ANT75D 6'-7” 3'-3.5” N/A 2.0” Schedule 40 Galvanized Pipe
ANT75D3 16'-1” 3’-3.5” 9’-7” 2.0” Schedule 40 Galvanized Pipe
ANT90D 5'-6” 2'-9” N/A 2.0” Schedule 40 Galvanized Pipe
ANT90D3 12'-11” 2'-9” 7’-5” 2.0” Schedule 40 Galvanized Pipe
ANT120D 4'-2” 2'-1” N/A 1.5” Schedule 40 Galvanized Pipe
ANT120D3 10' 23” 6’-2” 2.0” Schedule 40 Galvanized Pipe
ANT120D6-9 21’ 23” 6’-2” 2.0” Schedule 40 Galvanized Pipe
ANT150D 3' 18” N/A 1.5” Schedule 40 Galvanized Pipe
ANT150D3 7'-5” 18” 4’-5” 1.5” Schedule 40 Galvanized Pipe
ANT150D6-9 16'-3” 18” 4’-5” 2.0” Schedule 40 Galvanized Pipe
ANT150D7-12 33'-11” 18” 4’-5” 2.0” Schedule 40 Galvanized Pipe
ANT220D 2'-4” 14” N/A 1.5” Schedule 40 Galvanized Pipe
ANT220D3 5'-6” 14” 3’-1.5” 1.5” Schedule 40 Galvanized Pipe
ANT220D6-9 11'-8” 14” 3’-1.5” 1.5” Schedule 40 Galvanized Pipe
ANT275D 2' 12” N/A 1.5” Schedule 40 Galvanized Pipe
ANT275D3 4'-8” 12” 2’-8” 1.5” Schedule 40 Galvanized Pipe
ANT275D6-9 10’ 12” 2’-8” 1.5” Schedule 40 Galvanized Pipe
Telewave folded dipoles are field adjustable to provide different horizontal patterns and gain values. The horizontal
spacing from tower between the dipole and the support mast or tower leg controls this adjustment. Review the
patterns below to determine which is best suited to your range area requirements. Use the chart on the next
page to find the appropriate dimension for antenna to mast spacing. The drawing at the bottom shows how this
measurement is made and the vertical spacing to be used for multi-element arrays.
-3 -3 -3
Horizontal
Spacing
Measured distance
from the face of the
mast to the middle
of the dipole loop.
Mast
Extension
Vertical
spacing
Mast
Extension
Drain Holes
IMPORTANT: Be sure that the drain holes are on the bottom when the elements are installed.
DIPOLES
Mast lengths shown are minimum acceptable lengths to insure proper pattern control. Mast extension is applied at top
and bottom of array. Longer masts are acceptable, but the dipole or array must be centered on the support to prevent
beam tilt. The clamps provided with the dipoles will work properly to attach the dipole boom to a mast that is between
1.5 to 2.5 inches in diameter. To attach to smaller supports (1-1.5” diameter), use ANTS420 shims. This allows direct
mounting to small towers such as the Rohn 25 and 45.
MAST MINIMUM LENGTH AND ELEMENT VERTICAL SPACING (at midband)
ANTENNA MAST LENGTH MAST EXTENSION VERTICAL SPACING MINIMUM MAST TYPE
ANT350D 20” 10” N/A 1.5” Schedule 40 Galvanized Pipe
ANT350D3 3’-7” 10” 23” 1.5” Schedule 40 Galvanized Pipe
ANT350D6-9 7’-5” 10” 23” 1.5” Schedule 40 Galvanized Pipe
ANT375D 16” 8” N/A 1.5” Schedule 40 Galvanized Pipe
ANT375D3 3’-3” 8” 24” 1.5” Schedule 40 Galvanized Pipe
ANT375D6-9 7’-3” 8” 24” 1.5” Schedule 40 Galvanized Pipe
ANT400D 15” 7.5” N/A 1.5” Schedule 40 Galvanized Pipe
ANT400D3 3’ 7.5” 22” 1.5” Schedule 40 Galvanized Pipe
ANT400D6-9 6’-2” 7.5” 22” 1.5” Schedule 40 Galvanized Pipe
ANT425D 14” 7” N/A 1.5” Schedule 40 Galvanized Pipe
ANT425D3 2’-11” 7” 21” 1.5” Schedule 40 Galvanized Pipe
ANT425D6-9 6’-5” 7” 21” 1.5” Schedule 40 Galvanized Pipe
ANT450D 13” 6.5” N/A 1.5” Schedule 40 Galvanized Pipe
ANT450D3 2’-7” 6.5” 19.375” 1.5” Schedule 40 Galvanized Pipe
ANT450D6-9 5’-11” 6.5” 19.375” 1.5” Schedule 40 Galvanized Pipe
ANT450D7-12 12’-4” 6.5” 19.375” 1.5” Schedule 40 Galvanized Pipe
ANT500D 13” 6.5” N/A 1.5” Schedule 40 Galvanized Pipe
ANT500D3 2’-7” 6.5” 17.5” 1.5” Schedule 40 Galvanized Pipe
ANT500D6-9 5’-5” 6.5” 17.5” 1.5” Schedule 40 Galvanized Pipe
ANT550D 12” 6” N/A 1.5” Schedule 40 Galvanized Pipe
ANT550D3 1’-10” 5.5” 16” 1.5” Schedule 40 Galvanized Pipe
ANT550D6-9 4’-6” 5.5” 16” 1.5” Schedule 40 Galvanized Pipe
ANT750D 8” 4” N/A 1.5” Schedule 40 Galvanized Pipe
ANT750D3 19” 4” 11.625” 1.5” Schedule 40 Galvanized Pipe
ANT750D6-9 3’-6” 4” 11.625” 1.5” Schedule 40 Galvanized Pipe
ANT900D 6.5” 3.25” N/A 0.5” Schedule 40 Galvanized Pipe
ANT900D3 22” 4” 14” 0.5” Schedule 40 Galvanized Pipe
ANT900D6-9 4’-2” 4” 14” 0.75” Schedule 40 Galvanized Pipe
YAGI ANTENNAS
Telewave Yagi antennas are some of the strongest and most reliable in the industry. These antennas are designed
using sophisticated CAD and pattern modelling software, and manufactured to endure the harshest environments
without failure or degradation of performance. Telewave Yagi antennas are fabricated from all-aluminum or all-brass
stock, using solid elements and heavy-wall tubular booms, with fully welded or soldered joints. For the most extreme
environments, certain models can be fabricated from stainless steel for ultimate durability.
The RF connector is permanently mounted in end of the boom to form a single, integrated unit, except for the Y10H
series, which uses a weatherproof pigtail. A solid internal conductor is sealed within the boom, and feeds a sealed
active element, eliminating any possibility of failure due to corrosion or ice expansion. Telewave Yagi antennas also
feature our high-tech coating called Txylan™, which completely encapsulates all our Yagi antennas, providing total
protection from water, corrosive chemicals, salt spray, and windblown abrasives. This smooth black coating also
dramatically reduces surface friction, reducing and often preventing ice adhesion, while improving absorption of
solar radiation.
The standard connector type is N Female, and a 7-16 DIN-F can be installed as an option for higher power applications.
Gain ranges from 5 to 12 dBd, and higher gains are available on request. Certain models are available with a 90-
®
degree feed option, which allows Heliax or other hardline coax to be terminated directly at the antenna, without
additional flexible jumpers. All Telewave Yagis can be ordered to accommodate vertical or horizontal polarization,
and many models allow the use of our Universal Mount, which provides a high degree of adjustability for mounting
antennas to non-vertical supports. Many models from 450-2700 MHz are small enough to be handheld, and are
ideal for interference location and field testing.
ANT144Y5-WR
YAGI ANTENNA 5 dBd
7
ANT144Y5-WR at 147 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
300 -10 60
-20
270 90
240 120
ANT150Y7-WR
YAGI ANTENNA 5 dBd
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
300 -10 60
-20
270 90
240 120
antenna, designed especially for sand. The feed line is protected Gain: 5.1 dBd
point to point as well as point/ within the boom, and the radiating
multipoint applications. This antenna element is completely sealed
produces 5 dBd forward gain with against ice and other hazards with
an excellent front-to-back ratio, and a tough, RF-transparent radome.
solid aluminum elements with 360°
The ANT150Y7-WR includes a
welds prevent intermodulation and
welded vertical plate and mast
provide exceptional strength.
clamp set. A horizontal welded
Eac h antenna is completely plate is optional, or the ANTM400H
protec ted with our high-tech adapter can be used. The clamp
Txylan™ coating, which provides set fits any vertical mast or tower
icing resistance and protection support from 1.5”-3.5” O.D.
SPECIFICATIONS
Frequency (continuous) 148-174 MHz Elements 3
Gain (typ) 5 dBd Dimensions (L x H) 38 x 40.5 in.
Power rating (typ) 500 watts Antenna weight 16 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 19 lb.
Front to back ratio (min) 20 dB Wind rating / with 0.5” ice 150 / 125 MPH
Beamwidth V / H 64° / 114° Exposed area (flat plate equiv.) 1.0 ft.²
Pattern / Polarization Directional / Vertical Lateral thrust at 100 MPH 41 lb.
Termination N Female or 7-16 DIN (opt) (40 psf - flat plate equiv.)
ANT150Y10H
YAGI ANTENNA 10 dBd
7
ANT150Y10H at 156 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
300 -10 60
The Telewave ANT150Y10H is a against ice and other hazards. All -20
very rugged, high performance antenna components are at DC
270 90
directional antenna. Six elements ground for lightning protection.
provide a minimum of 10 dBd gain,
The ANT150Y10H includes a heavy
high front-to-back ratio, and wide 240 120
ANT220Y7-WR
YAGI ANTENNA 5 dBd
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
300 -10 60
-20
270 90
The Telewave ANT220Y7-WR is icing resistance and protection
a high performance directional from corrosive gases, UV radiation,
240 120
antenna, designed especially for salt spray, acid rain and wind-blown
point to point as well as point/ sand. The feed line is protected 210 150
multipoint applications. This antenna within the boom, and the radiating H-Plane 180
produces 5 dBd forward gain with element is completely sealed Gain: 5.1 dBd
an excellent front-to-back ratio, against ice and other hazards with
and solid aluminum elements with a tough, RF-transparent radome.
360° welds prevent intermodulation
The ANT220Y7-WR includes a
and provide exceptional strength.
welded vertical plate and mast
The ANT220Y7-WR is an excellent
clamp set. A horizontal welded
choice for wireless PTC systems in
plate is optional, or the ANTM400H
urban or rural areas.
adapter can be used. The clamp
Eac h antenna is completely set fits any vertical mast or tower
protec ted with our high-tech support from 1.5”-3.5” O.D.
Txylan™ coating, which provides
SPECIFICATIONS
Frequency (continuous) 216-240 MHz Elements 3
Gain (typ) 5 dBd Dimensions (L x H) 30 x 30 in.
Power rating (typ) 500 watts Antenna weight 13 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 16 lb.
Front to back ratio (min) 15 dB Wind rating / with 0.5” ice 150 / 125 MPH
Beamwidth V / H 64° / 114° Exposed area (flat plate equiv.) 0.7 ft.²
Pattern / Polarization Directional / Vertical Lateral thrust at 100 MPH 28 lb.
Termination N Female or 7-16 DIN (opt) (40 psf - flat plate equiv.)
ANT390Y5-WR
YAGI ANTENNA 5 dBd
7
YAGIS
ANT390Y5-WR at 390 MHz
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
-90
E-Plane
Gain: 5.05 dBd
0
330 30
-3
The Telewave ANT390Y5-WR is against ice and other hazards with 300 -10 60
ANT410Y10-WR
YAGI ANTENNA 10 dBd
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT410Y10-WR is against ice and other hazards with 300 -10 60
ANT420Y10-WR
YAGI ANTENNA 10dBd
7
ANT420Y10-WR at 420 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
-90
E-Plane
Gain: 10.1 dBd
0
330 30
-3
300 60
The Telewave ANT420Y10-WR is against ice and other hazards with -10
ANT430Y10-WR
YAGI ANTENNA 10 dBd
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT430Y10-WR is against ice and other hazards with 300 -10 60
ANT440Y10-WR
YAGI ANTENNA 10 dBd
7
ANT440Y10-WR at 440 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT440Y10-WR is against ice and other hazards with 300 -10 60
ANT450Y5-WR
YAGI ANTENNA 5 dBd
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT450Y5-WR is against ice and other hazards with 300 -10 60
ANT450Y7-WR
YAGI ANTENNA 7 dBd
7
ANT450Y7-WR at 460 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT450Y7-WR is against ice and other hazards with 300 -10 60
ANT450Y10-WR
YAGI ANTENNA 10 dBd
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT450Y10-WR is against ice and other hazards with 300 -10 60
ANT475Y5-WR
YAGI ANTENNA 5 dBd
7
YAGIS
ANT475Y5-WR at 480 MHz
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT475Y5-WR is against ice and other hazards with 300 -10 60
ANT490Y10-WR
YAGI ANTENNA 10 dBd
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT490Y10-WR is against ice and other hazards with 300 -10 60
ANT500Y10-WR
YAGI ANTENNA 10 dBd
7
ANT500Y10-WR at 500 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT500Y10-WR is against ice and other hazards with 300 -10 60
ANT740Y8-WR
YAGI ANTENNA 8 dBd
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
Gain: 8 dBd
0
330 30
-3
The Telewave ANT740Y8-WR is against ice and other hazards with 300 -10 60
ANT750Y5-WR
YAGI ANTENNA 5 dBd
7
ANT750Y5-WR at 770 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
5.22 dBd
ANT830Y10-WR
YAGI ANTENNA 10 dBd
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT830Y10-WR is a against ice and other hazards with 300 -10 60
ANT850Y10-WR
YAGI ANTENNA 10 dBd
7
ANT850Y10-WR at 877 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT850Y10-WR is against ice and other hazards with 300 -10 60
ANT930Y10-WR
YAGI ANTENNA 10.5 dBd / 12.6 dBi
30 -10 30
-20
0 0
-30 -30
-60 -60
H-Plane -90
ANT930Y12-WR
YAGI ANTENNA 12.2 dBd / 14.3 dBi
7
ANT930Y12-WR at 930 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
The Telewave ANT930Y12-WR Yagi The active element and feed line 330 30
-3
antenna is a high performance are sealed within the antenna.
300 60
directional antenna, with reduced -10
ANT1470Y12-WR
YAGI ANTENNA 12.2 dBd / 14.3 dBi
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
300 60
The Telewave ANT1470Y12-WR is a UV radiation, salt spray, acid rain -10
rugged, wideband, high gain Yagi and wind-blown sand. The feed line -20
antenna, designed for handheld is sealed within the antenna boom, 270 90
SPECIFICATIONS
Frequency (continuous) 1425-1535 MHz Elements 12
Gain (typ) 12.2 dBd Dimensions (L x H) 26 x 5 in.
Power rating (typ) 500 watts Antenna weight 2 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 7 lb.
Front to back ratio (min) 17 dB Wind rating / with 0.5” ice 200 / 165 MPH
Beamwidth V / H 34° / 35° Exposed area (flat plate equiv.) 0.18 ft.²
Pattern / Polarization Directional / Variable Lateral thrust at 100 MPH 7.4 lb.
Termination N Female or 7-16 DIN (opt) (40 psf - flat plate equiv.)
ANT1800Y10-WR
YAGI ANTENNA 10.2 dBd / 12.3 dBi
7
ANT1800Y10-WR at 1795 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
300 -10 60
wireless analyzers. This antenna protects the driven element from 210 150
can also be installed for fixed use corrosion or icing. H-Plane 180
SPECIFICATIONS
Frequency (continuous) 1710-1880 MHz Elements 8
Gain (typ) 10.2 dBd Dimensions (L x H) 19 x 3 in.
Power rating (typ) 500 watts Antenna weight 3 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 5 lb.
Front to back ratio (min) 20 dB Wind rating / with 0.5” ice 165 / 150 MPH
Beamwidth V / H 40° / 50° Exposed area (flat plate equiv.) 0.14 ft.²
Pattern / Polarization Directional / Variable Lateral thrust at 100 MPH 5.6 lb.
Termination N Female or 7-16 DIN (opt) (40 psf - flat plate equiv.)
ANT1920Y9-WR
YAGI ANTENNA 9.3 dBd / 11.4 dBi
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
300 -10 60
a rugged, wideband, high gain UV radiation, salt spray, acid rain 270 90
Yagi antenna for the broadband and wind-blown sand. The feed line
PCS bands, designed for handheld is sealed within the antenna boom,
240 120
use with many types of portable and an RF-transparent radome
wireless analyzers. This antenna protects the driven element from 210 150
can also be installed for fixed use corrosion or icing. H-Plane 180
SPECIFICATIONS
Frequency (continuous) 1850-1990 MHz Elements 6
Gain (typ) 9.3 dBd Dimensions (L x H) 11.75 x 3.5 in.
Power rating (typ) 500 watts Antenna weight 1 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 4 lb.
Front to back ratio (min) 20 dB Wind rating / with 0.5” ice 200 / 165 MPH
Beamwidth V / H 46° / 56° Exposed area (flat plate equiv.) 0.14 ft.²
Pattern / Polarization Directional / Variable Lateral thrust at 100 MPH 5.6 lb.
Termination N Female or 7-16 DIN (opt) (40 psf - flat plate equiv.)
ANT1920Y12-WR
YAGI ANTENNA 12.2 dBd / 14.3 dBi
7
ANT1920Y12-WR at 1895 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
300 -10 60
The Telewave ANT1920Y12-WR the antenna against corrosive gases,
-20
is a rugged, wideband, high gain UV radiation, salt spray, acid rain
270 90
Yagi antenna for the broadband and wind-blown sand. The feed line
PCS bands, designed for handheld is sealed within the antenna boom,
use with many types of portable and an RF-transparent radome 240 120
SPECIFICATIONS
Frequency (continuous) 1850-1990 MHz Elements 12
Gain (typ) 12.2 dBd Dimensions (L x H) 23 x 3.25 in.
Power rating (typ) 500 watts Antenna weight 2 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 6 lb.
Front to back ratio (min) 22 dB Wind rating / with 0.5” ice 200 / 165 MPH
Beamwidth V / H 30° / 35° Exposed area (flat plate equiv.) 0.2 ft.²
Pattern / Polarization Directional / Variable Lateral thrust at 100 MPH 8.0 lb.
Termination N Female or 7-16 DIN (opt) (40 psf - flat plate equiv.)
ANT2045Y12-WR
YAGI ANTENNA 12.2 dBd / 14.3 dBi
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
300 -10 60
The Telewave ANT2045Y12-WR the antenna against corrosive gases,
-20
is a rugged, wideband, high gain UV radiation, salt spray, acid rain
270 90
Yagi antenna for the 3G UMTS/ and wind-blown sand. The feed line
PCS bands, designed for handheld is sealed within the antenna boom,
use with many types of portable and an RF-transparent radome 240 120
SPECIFICATIONS
Frequency (continuous) 1920-2170 MHz Elements 13
Gain (typ) 12.2 dBd Dimensions (L x H) 24 x 3.75 in.
Power rating (typ) 500 watts Antenna weight 1.6 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 6 lb.
Front to back ratio (min) 30 dB Wind rating / with 0.5” ice 175 / 150 MPH
Beamwidth V / H 30° / 35° Exposed area (flat plate equiv.) 0.12 ft.²
Pattern / Polarization Directional / Variable Lateral thrust at 100 MPH 4.6 lb.
Termination N Female or 7-16 DIN (opt) (40 psf - flat plate equiv.)
ANT2350Y12-WR
YAGI ANTENNA 12 dBd / 14.1 dBi
7
ANT2350Y12-WR at 2400 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT2350Y12-WR is a the antenna against corrosive gases, 300 -10 60
rugged, wideband, high gain Yagi UV radiation, salt spray, acid rain -20
antenna for the WiFi and amateur 13 and wind-blown sand. The feed line 270 90
SPECIFICATIONS
Frequency (continuous) 2300-2500 MHz Elements 12
Gain (typ) 12 dBd Dimensions (L x H) 18.5 x 3.25 in.
Power rating (typ) 500 watts Antenna weight 1.5 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 4 lb.
Front to back ratio (min) 19 dB Wind rating / with 0.5” ice 175 / 150 MPH
Beamwidth V / H 36° / 38° Exposed area (flat plate equiv.) 0.1 ft.²
Pattern / Polarization Directional / Variable Lateral thrust at 100 MPH 4.1 lb.
Termination N Female or 7-16 DIN (opt) (40 psf - flat plate equiv.)
ANT2400Y12-WR
YAGI ANTENNA 12 dBd / 14.1 dBi
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT2400Y12-WR is a the antenna against corrosive gases, 300 -10 60
rugged, wideband, high gain Yagi UV radiation, salt spray, acid rain -20
antenna for the WiFi and amateur 13 and wind-blown sand. The feed line 270 90
SPECIFICATIONS
Frequency (continuous) 2400-2500 MHz Elements 10
Gain (typ) 12 dBd Dimensions (L x H) 17.75 x 3.5 in.
Power rating (typ) 500 watts Antenna weight 1.25 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 6 lb.
Front to back ratio (min) 30 dB Wind rating / with 0.5” ice 165 / 150 MPH
Beamwidth V / H 34° / 35° Exposed area (flat plate equiv.) 0.09 ft.²
Pattern / Polarization Directional / Variable Lateral thrust at 100 MPH 3.6 lb.
Termination N Female or 7-16 DIN-F (opt) (40 psf - flat plate equiv.)
ANT2600Y12-WR
YAGI ANTENNA 12 dBd / 14.1 dBi
7
ANT2600Y12-WR at 2600 MHz
YAGIS
90
60 60
-3
30 -10 30
-20
0 0
-30 -30
-60 -60
E-Plane -90
0
330 30
-3
The Telewave ANT2600Y12-WR the antenna against corrosive gases, 300 -10 60
is a rugged, wideband, high gain UV radiation, salt spray, acid rain -20
Yagi antenna for the WiMAX/LTE and wind-blown sand. The feed line 270 90
bands, designed for for handheld is sealed within the antenna boom,
use with many types of portable and an RF-transparent radome 240 120
SPECIFICATIONS
Frequency (continuous) 2500-2700 MHz Elements 12
Gain (typ) 12 dBd Dimensions (L x H) 17.25 x 3 in.
Power rating (typ) 500 watts Antenna weight 1.0 lb.
Impedance / VSWR 50 ohms / 1.5:1 (max) Shipping weight 3 lb.
Front to back ratio (min) 20 dB Wind rating / with 0.5” ice 175 / 150 MPH
Beamwidth V / H 36° / 40° Exposed area (flat plate equiv.) 0.08 ft.²
Pattern / Polarization Directional / Variable Lateral thrust at 100 MPH 3.2 lb.
Termination N Female or 7-16 DIN-F (opt) (40 psf - flat plate equiv.)
INSTALLATION GUIDE
FOR YAGI ANTENNAS
WARNING:
For your safety, do not install any antenna near power lines, and carefully follow all installation
instructions. If the antenna falls toward or contacts any overhead wires, immediately let
go and stay away. Call the utility company for assistance. Always use safety devices for
tower climbing. Ensure that the tower structure is well grounded for lightning protection.
MOUNTING INSTRUCTIONS
1. Apply anti-seize compund to all rod ends.
Attach mounting and antenna boom plates
to the mast with (4) 5/16” rods per Fig. 1. The
mounting and boom plates are grooved to
provide self alignment for vertical orientation.
The driven element radome should be pointing MAST
down. Figure 2
2. Tighten the hex nuts until all lock washers REFLECTOR
are flat, then add 1/2 turn to each. Tighten ANT. BOOM
ELEMENT
INSTALLATION GUIDE
FOR YAGI ANTENNAS
7
YAGIS
WARNING:
For your safety, do not install any antenna near power lines, and carefully follow all installation
instructions. If the antenna falls toward or contacts any overhead wires, immediately let
go and stay away. Call the utility company for assistance. Always use safety devices for
tower climbing. Ensure that the tower structure is well grounded for lightning protection.
MOUNTING INSTRUCTIONS
1. Apply anti-seize compund to U-bolt ends.
Loosely attach mounting plate with 2 grooves
and antenna clamp plate to the mast with
U-bolt per Fig. 1. Slide the antenna boom end
into the groove in the mounting plates, and
rotate the antenna elements according to the MAST
requirements of the application. The driven Figure 2
element radome should be pointing down for
vertical operation. REFLECTOR
ANT. BOOM ELEMENT
WIDEBAND ANTENNAS
ANT220K
WIDEBAND DISCONE ANTENNA
7
The Telewave ANT220K is an The radome and TxylanTM coating
WIDEBAND
extremely rugged, wideband on all metal surfaces ensures
discone antenna for all frequencies complete protection from corrosive
between 30 MHz and 3 GHz. gases, ultraviolet radiation, salt
The wide vertical beamwidth of spray, acid rain and sand storms
discone antennas allows clear in desert environments.
communication for ground and
ground-to-air applications. The ANT220K is designed to be
clamped to a 1.5”-3.5” diameter
Telewave discone antennas are galvanized steel support pipe.
designed to survive the most An ANTC482 dual clamp set is
e x t re m e c o n d i t i o n s , w h e re included.
conventional antennas often
fail. They are field-proven in US
and overseas deployments and
support many voice and data
requirements in multiple bands.
SPECIFICATIONS (PRELIMINARY) 60
-3
60
60
30 30
-20
Bending moment at 100 MPH 180 ft. lb (top clamp, flat plate equiv.)
Dimensions 58” H x 38” W (at skirt base) -30 -30
ANT260K, KT
WIDEBAND DISCONE ANTENNA
1.25
SPECIFICATIONS
50 100 200 300 400 500
Frequency (continuous) 75 MHz - 3 GHz (75-95 MHz at 2:1 VSWR) FREQUENCY (MHZ)
60
30 -10 30
Pattern Omnidirectional
Termination N-Male or 7-16 DIN on RG-393 feed -30 -30
cable
-60 -60
90
-3
60
Bending moment at 100 MPH 133 ft. lb (top clamp, flat plate equiv.)
0 0
ANT280S
WIDEBAND DISCONE ANTENNA
7
The Telewave ANT280S Discone is The ANT280S is light enough
WIDEBAND
a rugged, lightweight, wideband to be used as a tactical antenna
antenna for all frequencies for field deployment, and can
between 118 MHz and 3 GHz. This complement or replace multiple
versatile antenna provides a highly antennas on a mobile command
flexible solution to interoperability vehicle. The 500 watt power rating
requirements in multiple bands. allows use of high-power radios
and tactical repeaters.
Each antenna is constructed from
Mil. Spec. 6061-T6 solid aluminum, The full-surface coating and
welded at all joints for maximum rugged construction means it can
strength. A high-strength radome also be permanently mounted on
encloses the upper cone and RF a tower or command center roof
connections to ensure survivability for long-term fixed operation.
in adverse environments.
The ANT280S is ready to operate
The radome and TxylanTM coating with a single or multiband radio
on all metal surfaces ensures using one antenna output.
complete protection from corrosive Several types of low-loss couplers
gases, ultraviolet radiation, salt are available for multi-radio
spray, acid rain and sand storms operation.
in desert environments. TYPICAL VSWR RESPONSE
For optimum performance in the -14 / 1.5:1
-16 / 1.4:1
The antenna has a 1.5” diameter lowest frequency ranges, the -18 / 1.3:1
mast and a dual clamp kit is antenna should be mounted at -20 / 1.22:1
available for mounting to a 1.5”- least 20 feet above the closest -22 / 1.17:1
-26 / 1.11:1
dB / VSWR
SPECIFICATIONS 130 400 700 1000 1300 1600 1900 2200 2500 2800 3000
FREQUENCY (MHz)
Frequency (continuous) 118 MHz - 3 GHz
90
-3
90
-3
60
Bending moment at 100 MPH 49 ft. lb (top clamp, flat plate equiv.) -30 -30
ANT400K, KS
WIDEBAND DISCONE ANTENNA
Impedance 50 ohms
1.25
VSWR 1.5:1 or less in band
Pattern Omnidirectional 400 1700 3000
-3
60
Bending moment at 100 MPH 74 ft. lb (top clamp, flat plate equiv.)
-30 -30
Shipping weight 41 lb
ANT500WR
WIDEBAND DIRECTIONAL ANTENNA
7
90
WIDEBAND
60 60
-3
30 -10 30
-20
0 0
-30 -30
E Plane -60
-90
-60
550 MHz
0
H Plane 330 30
-3
300 -10 60
-20
270 90
240 120
210 150
180
90
60 60
-3
housing, and includes a hand grip for accurate pointing and polarization.
A flexible 5 ft. N-male jumper is also included. -30 -30
-60 -60
E Plane -90
SPECIFICATIONS
2000 MHz
Frequency (continuous) 500 MHz - 3 GHz H Plane 330
0
30
Termination N-Female
Gain (frequency dependent) 4-7 dBi 240 120
ANTC482 ANTM432
The ANTC482 Mounting Clamp The ANTM432 is an insulated top support bracket for Telewave F6-
Kit is fabricated from heavy-duty 8-10 collinear antennas. It is field-adjustable from 32”-43” from the
galvanized steel, with stainless tower. The boom is fabricated from UV-resistant PVC, and will not
steel fasteners. The middle clamps disrupt the VSWR or pattern of the antenna. (1) ANTC484 clamp
are separate for more flexible and (2) steel band clamps are included with the kit.
installation. Designed for mounting
to square or round member towers
from 1.5”-3.5” O.D. Two complete
clamp sets are included in the kit.
This clamp set can also be used in a
90-degree crossover configuration.
ANTM431 ANTM433
The ANTM431 is a top support bracket, designed to provide proper The ANTM433 Side Mount
top support for a mast only. It is constructed from heavy galvanized Kit is designed to mount an
steel. The bracket is adjustable from 13 to 21 inches from the tower. antenna 15 inches from a
The kit includes (1) ANTM431, (1) ANTC484 Mounting Clamp, and tower. It is fabricated from
(1) adjustable steel band clamp. heavy-duty galvanized steel.
(2) ANTC484 clamps are
included in the kit.
ANTC484 ANTM434
The ANTC484 mounting clamp The ANTM434 Adjustable
Tower
consists of a steel V-bolt assembly Side Mount Kit mounts
and associated hardware, across a tower face to
combined with a back plate of provide a standoff
heavy-duty galvanized steel. It will mounting configuration. (Mast not
supplied)
mount to 3-inch round members or The antenna can be
2-inch angled members. positioned 2 to 8 feet
from the tower. Mounting
hardware is galvanized
steel. Supplied without
ANTC485 support booms or mast.
Dual U Bolt clamp For use on tower legs from
set for F2 series 1.5”-3.5” O.D.
collinears. For mounting
to round member towers
ANTM434-M Support booms
Includes support booms.
from 1.5”-3” O.D.
2 inch Sch. 40 galvanized
steel.
After a connection has been made and tested to verify that it has been properly done, it needs to be sealed.
Begin by wrapping vinyl tape as shown to cover the connectors and a portion of both cables. Stretch the
tape a minor amount as it is wound onto the cable, the connectors and then onto the other cable. Wrap this
so that each new layer covers half of the previous wrap. Keep the wraps neat and as smooth as possible.
The second step is to wrap a second layer over the first layer, but wrap it in the other direction as shown.
These two layers will keep the connection clean and tight. The next step is to wrap a layer of vinyl tape with
the adhesive side out, as shown. Begin by folding the tape onto itself at a 45 degree angle. This provides a
sticky surface to help bond the the next layer of tape to the connection.
The next step is to wrap the entire connection with the butyl tape. This layer provides the majority of the
moisture shielding. The final step is to coat the entire butyl layer with Scotch-Kote. Coat a portion of each
cable and the entire final layer of tape.
This material works very quickly to fuse the last layer together and to the cable jacket. After the Scotch-Kote
has dried, encapsulate the finished connection with the mastic material.
It is best to secure the cable to the support on either side of the connection, not over the connection. One
tie on each side is best, and spaced so as to support the connection, but not to disrupt the surface of the
seal. This provides support, but will not compromise the seal you have just made. Added insurance against
abrasion may be achieved by placing a single layer of vinyl tape onto the support where the connection will
rest before tying the cable down. This provides some cushioning between the connection and the support.
SPECIFICATIONS
Frequency range 204: 24-54 MHz
206: 45-72 MHz
Input power (typ) 500 watts
Impedance 50 ohm
VSWR 1.3:1 or less
Insertion loss (total to all ports) 0.15 dB or less
Power division (2 way) 50% ANTPD204
Connectors N Female or 7-16 DIN (opt.)
Dimensions (HWD) in. (cm) 204: 76 x 1 x 1 (193 x 2.5 x 2.5)
206: 51 x 1 x 1 (129.5 x 2.5 x 2.5)
Weight lb. (kg) 204: 9 (4.1)
206: 6 (2.7)
ANTPD SERIES
RF POWER DIVIDERS
7
Telewave RF Power Dividers divide
POWER DIVIDERS
FREQUENCY RANGES
up to 500 Watts of power from ANTPDx04 24-54 MHz
a single source over 2, 3, or 4 ANTPDx06 45-72 MHz
outputs. Dividers are available in ANTPDx08 65-110 MHz
overlapping frequency bands from
ANTPDx1 90-210 MHz
24 MHz to 2.5 GHz, with very low
ANTPDx2 180-250 MHz
VSWR and insertion loss. Power
ANTPDx3 250-450 MHz
is divided equally to each output ANTPD424
ANTPDx4 350-600 MHz
port.
ANTPDx7 675-850 MHz
Telewave power dividers are ANTPDx8 760-920 MHz
custom machined from solid 6061- ANTPDx9 900-1100 MHz
T6 aluminum stock. These devices ANTPDx14 1350-1600 MHz
utilize solid metal conductors for
ANTPDx18 1700-2050 MHz
all internal RF paths, enabling 500
ANTPDx24 2000-2500 MHz
watt continuous power handling
and extremely low insertion loss.
POWER DIVISION
No coaxial cabling of any kind is (equal output to each port)
used internally, and no tuning is
ANTPD2xx 2 - Way 50%
required for full band coverage.
ANTPD3xx 3 - Way 33.3%
The standard connector type is
N Female, and 7-16 DIN can also ANTPD4xx 4 - Way 25%
be supplied as an option for high ANTPD28D
power applications.
Telewave power dividers also
feature our high-tech Txylan™
coating, which provides exceptional
protection from water, corrosive
chemicals, salt spray, and windblown
abrasives. This poly-polar coating
beads water, and is chemically
bonded to the metal surface of
the device, and does not chip or
flake. The size and shape of these
dividers lends itself to many possible
mounting applications, including
panels, masts, or tower legs,
providing maximum installation
flexibility.
In situations where port-to-port
isolation is not required, Telewave
power dividers can also be used ANTPD34 ANTPD21
to feed several receivers from a
common antenna, with less than
0.25 dB insertion loss.
ANTPD SERIES
RF POWER DIVIDERS
SPECIFICATIONS
Frequency range 24-2500 MHz
Input power (typ) 500 Watts
Impedance 50 ohms
VSWR (max) 1.3:1
Connectors N Female or 7-16 DIN (opt.)
INSERTION LOSS (total - from input to all output ports)
ANTPDx04, x06, x08, x1 24-110 MHz 0.1 dB
ANTPDx2 180-250 MHz 0.15 dB
ANTPDx3 250-450 MHz 0.18 dB
ANTPDx4, x7, x8 350-920 MHz 0.2 dB
ANTPDx9, x14, x18, x24 900-2500 MHz 0.22 dB
N FEMALE 7-16 DIN
MODEL DIMENSIONS WEIGHT MODEL DIMENSIONS WEIGHT
ANTPDx04 76” L x 1.125” x 1.125” 9 lb. ANTPDx04D 76.25” L x 1.125” x 1.125” 11 lb.
ANTPDx06 51” L x 1.125” x 1.125” 6 lb. ANTPDx06D 51.25” L x 1.125” x 1.125” 7 lb.
ANTPDx08 38.5” L x 1.125” x 1.125” 5.5 lb. ANTPDx08D 38.75” L x 1.125” x 1.125” 6.5 lb.
ANTPDx1 21” L x 1.125” x 1.125” 4.5 lb. ANTPDx1D 21.25” L x 1.125” x 1.125” 5.5 lb.
ANTPDx2 15.5” L x 1.125” x 1.125” 3.5 lb. ANTPDx2D 15.75” L x 1.125” x 1.125” 4.5 lb.
ANTPDx3 11” L x 1.125” x 1.125” 3 lb. ANTPDx3D 11.25” L x 1.125” x 1.125” 4 lb.
ANTPDx4 8.5” L x 1.125” x 1.125” 2 lb. ANTPDx4D 8.75” L x 1.125” x 1.125” 3 lb.
ANTPDx7 5.5” L x 1.125” x 1.125” 1.5 lb. ANTPDx7D 5.75” L x 1.125” x 1.125” 2.5 lb.
ANTPDx8 5.25” L x 1.125” x 1.125” 1.5 lb. ANTPDx8D 6.0” L x 1.125” x 1.125” 2.5 lb.
ANTPDx9 5” L x 1.125” x 1.125” 1.5 lb. ANTPDx9D 5.25” L x 1.125” x 1.125” 2.5 lb.
ANTPDx14 3.5” L x 1.125” x 1.125” 1 lb. ANTPDx14D 3.75” L x 1.125” x 1.125” 2 lb.
ANTPDx18 3.25” L x 1.125” x 1.125” 1 lb. ANTPDx18D 3.5” L x 1.125” x 1.125” 2 lb.
ANTPDx24 3.0” L x 1.125” x 1.125” 1 lb. ANTPDx24D 3.25” L x 1.125” x 1.125” 2 lb.
CROSSBAND COUPLERS
receivers, and antennas in the 150, 220, 450, and
700/800 MHz bands to share a common feedline.
A single coupler can be used to couple two radios
to a multiband antenna, or a multiband radio to two
antennas. Two couplers are used with two radios and
two antennas.
TS-4680-DIN
The ability to share a feedline between systems on
different bands simplifies installation, while reducing
cost and tower loading. No tuning is required for full
band coverage, and each unit is completely weather-
sealed for zero maintenance and long service.
TUNING INSTRUCTIONS
• Pass Cavity
The following tuning instructions are provided for use when only a wattmeter is available. Tuning range with this
method is approximately +/- 1 MHz at VHF, +/- 2 MHz at UHF, and +/- 5 MHz at 800/900 MHz. Maximum tuning range
requires a more complex procedure and a network analyzer, and is also available from Telewave for a nominal fee.
The initial tuning should be done at the lowest power available to reduce the possibility of damage to the transmitter
or cavities during the tuning procedure. The transmitter must be turned off to prevent damage to the output stages
whenever connections are changed.
Install the isolator in its permanent mounting position if possible. Connect the cable from the transmitter directly
to the isolator port A (Fig. I). Remove the snap plugs from adjustment holes #1, and #2. Adjustment #3 is factory set
and should not be changed. Connect a terminating wattmeter, or a wattmeter with a load attached, to the output
port B. Using a non-metallic tool, tune adjustment #1 and #2 for a maximum reading.
Remove the wattmeter and the dummy load and connect the antenna or cavity to the isolator (Fig. 2). Remove the
supplied termination from port C and install the wattmeter and termination in its place. Now tune the cavity* for a
minimum reading through the wattmeter. This will establish the highest Q of the cavity and maximum power to the
antenna. Adjustment #2 may be “touched up” at this time. Adjust for a minimum reading on the wattmeter. If the
reading is high or the load becomes hot, problems may exist with the antenna or transmission line. Further testing
should be done. When testing / tuning is complete, remove the wattmeter and reconnect the supplied termination
to port C.
*When a cavity is under power, high RF currents and voltages exist on the internal surfaces. Tuning under full TX
power may damage the cavity. If there are no other options, use the lowest power available with minimum tuning
adjustments.
FIGURE 1
ISOLATOR
A 1 2 B
TX LOAD
3 WATTMETER
C
LOAD ANTENNA
FIGURE 2
ISOLATOR
A 1 2 B
TX
3
C CAVITY
WATTMETER
LOAD
TECHNICAL NOTES
is approximately +/- 1 MHz at VHF, +/- 2 MHz at UHF, and +/- 5 MHz at 800/900 MHz. Maximum tuning range requires
a more complex procedure and a network analyzer, and is also available from Telewave for a nominal fee. The initial
tuning should be done at the lowest power available to prevent damage to the transmitter or cavities during the tuning
procedure. Turn the transmitter off to prevent damage whenever connections are changed. This procedure can also
be used to tune 2 single isolators joined with a barrel connector.
Install the isolator in its permanent mounting position if possible. Connect the cable from the transmitter directly to
the isolator port A (Fig. 1). Remove the snap plugs from adjustment holes #1, #2, #3 and #4. Adjustment #5 & #6 are
factory set and should not be changed. Connect a terminating wattmeter, or a wattmeter with an appropriate load
attached, to the output port B. Using a non-metallic tool, tune adjustment #1, #2, #3, & #4 for a maximum reading.
Special Note - Models T-7560 and T-8660 do not have a hole #3. This is not required
above 700 MHz. Models in all bands may have reversed connections for cable routing.
(Fig. 4) Port numbers always have the same function, regardless of location.
Remove the wattmeter and the dummy load and connect the antenna and cavity to the isolator. Remove the supplied
termination from port C and connect the wattmeter and termination in its place (Fig. 2). Now tune adjustment #2 &
#3 for minimum reading on the wattmeter. Retune these adjustments several times to ensure a minimum reading.
Remove the wattmeter and termination, and reconnect the original termination to port C. Next, remove the termination
from port D and install the wattmeter & load in its place (Fig. 3). Now tune adjustment #4 for minimum reading on
the wattmeter.
Finally, tune the cavity* (Fig. 3) for a minimum reading through the wattmeter. This will establish the highest Q of the
cavity and maximum power to the antenna. Adjustment #4 may be “touched up” at this time. Adjust for a minimum
reading on the wattmeter. If the reading is high or the load becomes hot, problems may exist with the antenna or
transmission line. Further testing should be done. When testing / tuning is complete, remove the wattmeter and
reconnect the supplied termination to port D.
*When a cavity is under power, high RF currents exist on the internal surfaces. Tuning under full power may damage
the cavity. If there are no other options, use the lowest power available with minimum tuning adjustments.
ANTENNA
FIGURE 1 FIGURE 3
ISOLATOR
ISOLATOR
TX
A B
TX
1 2 3 4 A B
1 2 3 4
6 5 WATTMETER
6 5
C D
C D CAVITY
WATTMETER
ANTENNA
FIGURE 2 FIGURE 4 LOAD
ISOLATOR
TX A B ISOLATOR
1 2 3 4 B
4 2 1
A
TX
6 5 WATTMETER 5
D C
6
C D CAVITY
ANTENNA LOAD LOAD LOAD
ISOLATOR
LOAD B
4
5
2
6
1
A
TX
CAVITY D C
WATTMETER
LOAD
WATTMETER
LOAD
LOAD
IMPORTANT:
All cavities and cavity-based devices are factory tuned to the exact frequencies indicated
on the label. No further tuning or optimization is necessary. If frequency or insertion loss
must be changed, Telewave recommends that the equipment be returned to the factory
to ensure optimum performance. The instructions in this document are for use only if
factory service is not practical.
LOOP CONNECTORS
TECHNICAL NOTES
IMPORTANT:
All cavities and cavity-based devices are factory tuned to the exact frequencies indicated
on the label. No further tuning or optimization is necessary. If frequency or insertion loss
must be changed, Telewave recommends that the equipment be returned to the factory
to ensure optimum performance. The instructions in this document are for use only if
factory service is not practical.
B. Tune one cavity at a time using Steps 1-3. The reject frequency of one set of cavities
is always tuned to the pass frequency of the other set.
RECEIVER
ANTENNA
TRANSMITTER
TECHNICAL NOTES
RETURN TRANS. VOLT. POWER POWER RETURN TRANS. VOLT. POWER POWER
VSWR VSWR
VSWR LOSS LOSS REFL. TRANS. REFL. VSWR LOSS LOSS REFL. TRANS. REFL.
(dB) (dB)
(dB) (dB) COEFF. (%) (%) (dB) (dB) COEFF. (%) (%)
1.00 0.00 ∞ 0.00 0.00 100.00 0.00 1.64 4.30 12.30 0.26 0.24 94.10 5.90
1.01 0.10 46.10 0.00 0.00 100.00 0.00 1.66 4.40 12.10 0.28 0.25 93.80 6.20
1.02 0.20 40.10 0.00 0.01 100.00 0.00 1.68 4.50 11.90 0.29 0.25 93.60 6.40
1.03 0.30 36.60 0.00 0.01 100.00 0.00 1.70 4.60 11.70 0.30 0.26 93.30 6.70
1.04 0.30 34.20 0.00 0.02 100.00 0.00 1.72 4.70 11.50 0.32 0.26 93.00 7.00
1.05 0.40 32.30 0.00 0.02 99.90 0.10 1.74 4.80 11.40 0.33 0.27 92.70 7.30
1.06 0.50 30.70 0.00 0.03 99.90 0.10 1.76 4.90 11.20 0.34 0.28 92.40 7.60
1.07 0.60 29.40 0.01 0.03 99.90 0.10 1.78 5.00 11.00 0.36 0.28 92.10 7.90
1.08 0.70 28.30 0.01 0.04 99.90 0.10 1.80 5.10 10.90 0.37 0.29 91.80 8.20
1.09 0.70 27.30 0.01 0.04 99.80 0.20 1.82 5.20 10.70 0.38 0.29 91.50 8.50
1.10 0.80 26.40 0.01 0.05 99.80 0.20 1.84 5.30 10.60 0.40 0.30 91.30 8.70
1.11 0.90 25.70 0.01 0.05 99.70 0.30 1.86 5.40 10.40 0.41 0.30 91.00 9.00
1.12 1.00 24.90 0.01 0.06 99.70 0.30 1.88 5.50 10.30 0.43 0.31 90.70 9.30
1.13 1.10 24.30 0.02 0.06 99.60 0.40 1.90 5.60 10.20 0.44 0.31 90.40 9.60
1.14 1.10 23.70 0.02 0.07 99.60 0.40 1.92 5.70 10.00 0.45 0.32 90.10 9.90
1.15 1.20 23.10 0.02 0.07 99.50 0.50 1.94 5.80 9.90 0.47 0.32 89.80 10.20
1.16 1.30 22.60 0.02 0.07 99.50 0.50 1.96 5.80 9.80 0.48 0.32 89.50 10.50
1.17 1.40 22.10 0.03 0.08 99.40 0.60 1.98 5.90 9.70 0.50 0.33 89.20 10.80
1.18 1.40 21.70 0.03 0.08 99.30 0.70 2.00 6.00 9.50 0.51 0.33 88.90 11.10
1.19 1.50 21.20 0.03 0.09 99.20 0.80 2.50 8.00 7.40 0.88 0.43 81.60 18.40
1.20 1.60 20.80 0.04 0.09 99.20 0.80 3.00 9.50 6.00 1.25 0.50 75.00 25.00
1.21 1.70 20.40 0.04 0.10 99.10 0.90 3.50 10.90 5.10 1.60 0.56 69.10 30.90
1.22 1.70 20.10 0.04 0.10 99.00 1.00 4.00 12.00 4.40 1.94 0.60 64.00 36.00
1.23 1.80 19.70 0.05 0.10 98.90 1.10 4.50 13.10 3.90 2.26 0.64 59.50 40.50
1.24 1.90 19.40 0.05 0.11 98.90 1.10 5.00 14.00 3.50 2.55 0.67 55.60 44.40
1.25 1.90 19.10 0.05 0.11 98.80 1.20 5.50 14.80 3.20 2.83 0.69 52.10 47.90
1.26 2.00 18.80 0.06 0.12 98.70 1.30 6.00 15.60 2.90 3.10 0.71 49.00 51.00
1.27 2.10 18.50 0.06 0.12 98.60 1.40 6.50 16.30 2.70 3.35 0.73 46.20 53.80
1.28 2.10 18.20 0.07 0.12 98.50 1.50 7.00 16.90 2.50 3.59 0.75 43.70 56.20
1.29 2.20 17.90 0.07 0.13 98.40 1.60 7.50 17.50 2.30 3.82 0.76 41.50 58.50
1.30 2.30 17.70 0.08 0.13 98.30 1.70 8.00 18.10 2.20 4.03 0.78 39.50 60.50
1.32 2.40 17.20 0.08 0.14 98.10 1.90 8.50 18.60 2.10 4.24 0.79 37.70 62.30
1.34 2.50 16.80 0.09 0.15 97.90 2.10 9.00 19.10 1.90 4.44 0.80 36.00 64.00
1.36 2.70 16.30 0.10 0.15 97.70 2.30 9.50 19.60 1.80 4.63 0.81 34.50 65.50
1.38 2.80 15.90 0.11 0.16 97.50 2.50 10.00 20.00 1.70 4.81 0.82 33.10 66.90
1.40 2.90 15.60 0.12 0.17 97.20 2.80 11.00 20.80 1.60 5.15 0.83 30.60 69.40
1.42 3.00 15.20 0.13 0.17 97.00 3.00 12.00 21.60 1.50 5.47 0.85 28.40 71.60
1.44 3.20 14.90 0.14 0.18 96.70 3.30 13.00 22.30 1.30 5.76 0.86 26.50 73.50
1.46 3.30 14.60 0.16 0.19 96.50 3.50 14.00 22.90 1.20 6.04 0.87 24.90 75.10
1.48 3.40 14.30 0.17 0.19 96.30 3.70 15.00 23.50 1.20 6.30 0.88 23.40 76.60
1.50 3.50 14.00 0.18 0.20 96.00 4.00 16.00 24.10 1.10 6.55 0.88 22.10 77.90
1.52 3.60 13.70 0.19 0.21 95.70 4.30 17.00 24.60 1.00 6.78 0.89 21.00 79.00
1.54 3.80 13.40 0.20 0.21 95.50 4.50 18.00 25.10 1.00 7.00 0.89 19.90 80.10
1.56 3.90 13.20 0.21 0.22 95.20 4.80 19.00 25.60 0.90 7.21 0.90 19.00 81.00
1.58 4.00 13.00 0.23 0.22 94.90 5.10 20.00 26.00 0.90 7.41 0.90 18.10 81.90
1.60 4.10 12.70 0.24 0.23 94.70 5.30 25.00 28.00 0.70 8.30 0.92 14.80 85.20
1.62 4.20 12.50 0.25 0.24 94.40 5.60 30.00 29.50 0.60 9.04 0.94 12.50 87.50
Products sold by Telewave, Inc. (Seller) and covered by this Warranty are warranted to be free from defects in material and
workmanship at the time of and for the period specified below after delivery to the Buyer. Seller’s entire warranty obligation
is limited to making adjustments by repair, replacement, or refunding the purchase price of any product which is returned
to the Seller as provided below within the specified period from the date of shipment by the Seller. In no event shall Seller
be liable for direct, special, or consequential damages for breach of warranty.
Warranty periods:
Antennas and mounting hardware - 5 years
All other products - 1 year
Adjustment will not be allowed for products which have been damaged by lightning, subjected to abuse, improper applica-
tion or installation, alteration or accident, or negligence in use, storage, transportation or handling. Alteration or removal
of the serial number or identification markings voids the Warranty. Seller shall have the right of final determination as to the
existence and cause of a defect, whether adjustment will be allowed, and if allowed, whether adjustment will be by repair,
replacement, or refund. Where adjustment is not allowed, a charge of 5% of the original purchase price will be made to the
Buyer to cover the Seller’s cost of inspection and handling.
Shipping and packaging instructions must be obtained from the Seller before products are returned for adjustment. The
Buyer will pay for packing, transportation, and transit insurance costs for returned products. The Seller reserves the right to
discontinue models at any time or change specifications, design, or price without notice and without incurring any obliga-
tion. Products will be returned to the Buyer with transportation cost collect.
Subject to the provisions of its “Patent Indemnity” clause, the Seller also warrants that it has the right to sell its products,
that the Buyer shall have and enjoy quite possession thereof as against any lawful claims existing at the time of the sale by
the Seller, and that said products are free from any charge of encumbrance in favor of third persons existing at the time of
sale by the Seller.
The foregoing constitutes the Seller’s entire warranty, express, implied or statutory with respect to its products and states
the full extent of its liability for breach of Warranty and for damages, whether direct, special or consequential resulting form
any such breach. No change whatsoever thereto shall be binding upon the seller unless made in writing and signed by a
duly authorized representative of the Seller.
© 2014 Telewave, Inc. No portion of this document may be reproduced for any reason without express written permission.
TELEWAVE, INC.
Telewave, Inc. • 660 Giguere Court • San Jose, CA 95133 ~ 1-800-331-3396 • 408-929-4400 • www.telewave.com