Panasonic TX P42GW20
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sejo pittPanasonic TX P42GW20
Uploaded by
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PCZ1002009CE
Plasma Television
Model No. TX-P42GW20
GPF13DE Chassis
© Panasonic Corporation 2010.
Unauthorized copying and distribution is a violation
of law.
TABLE OF CONTENTS
PAGE PAGE
1 Safety Precautions -----------------------------------------------3 12.2. Wiring (1) -------------------------------------------------- 41
1.1. General Guidelines ----------------------------------------3 12.3. Wiring (2) -------------------------------------------------- 42
1.2. Touch-Current Check--------------------------------------3 12.4. Wiring (3) -------------------------------------------------- 43
2 Warning --------------------------------------------------------------4 13 Schematic Diagram -------------------------------------------- 45
2.1. Prevention of Electrostatic Discharge (ESD) 13.1. Schematic Diagram Note ------------------------------ 45
to Electrostatically Sensitive (ES) Devices ----------4 13.2. P-Board (1/4) Schematic Diagram ------------------ 46
2.2. About lead free solder (PbF) ----------------------------5 13.3. P-Board (2/4) Schematic Diagram ------------------ 47
3 Service Navigation------------------------------------------------6 13.4. P-Board (3/4) Schematic Diagram ------------------ 48
3.1. Service Hint--------------------------------------------------6 13.5. P-Board (4/4) Schematic Diagram ------------------ 49
3.2. Applicable signals ------------------------------------------7 13.6. A-Board (1/24) Schematic Diagram----------------- 50
4 Specifications ------------------------------------------------------8 13.7. A-Board (2/24) Schematic Diagram----------------- 51
5 Technical Descriptions---------------------------------------- 10 13.8. A-Board (3/24) Schematic Diagram----------------- 52
5.1. Specification of KEY for CI Plus, DTCP-IP and 13.9. A-Board (4/24) Schematic Diagram----------------- 53
One-to-One ------------------------------------------------ 10 13.10. A-Board (5/24) Schematic Diagram----------------- 54
5.2. USB HDD Recording ------------------------------------ 10 13.11. A-Board (6/24) Schematic Diagram----------------- 55
6 Service Mode ----------------------------------------------------- 11 13.12. A-Board (7/24) Schematic Diagram----------------- 56
6.1. How to enter into Service Mode ---------------------- 11 13.13. A-Board (8/24) Schematic Diagram----------------- 57
6.2. Option - Mirror--------------------------------------------- 13 13.14. A-Board (9/24) Schematic Diagram----------------- 58
6.3. Service tool mode ---------------------------------------- 13 13.15. A-Board (10/24) Schematic Diagram --------------- 59
6.4. Hotel mode------------------------------------------------- 14 13.16. A-Board (11/24) Schematic Diagram --------------- 60
6.5. Data Copy by SD Card --------------------------------- 15 13.17. A-Board (12/24) Schematic Diagram --------------- 61
7 Troubleshooting Guide---------------------------------------- 18 13.18. A-Board (13/24) Schematic Diagram --------------- 62
7.1. Check of the IIC bus lines------------------------------ 18 13.19. A-Board (14/24) Schematic Diagram --------------- 63
7.2. Power LED Blinking timing chart --------------------- 19 13.20. A-Board (15/24) Schematic Diagram --------------- 64
7.3. No Power--------------------------------------------------- 20 13.21. A-Board (16/24) Schematic Diagram --------------- 65
7.4. No Picture -------------------------------------------------- 21 13.22. A-Board (17/24) Schematic Diagram --------------- 66
7.5. Local screen failure -------------------------------------- 22 13.23. A-Board (18/24) Schematic Diagram --------------- 67
8 Service Fixture & Tools --------------------------------------- 23 13.24. A-Board (19/24) Schematic Diagram --------------- 68
8.1. SC jig -------------------------------------------------------- 23 13.25. A-Board (20/24) and K-Board Schematic
9 Disassembly and Assembly Instructions --------------- 24 Diagram ---------------------------------------------------- 69
9.1. Remove the Rear cover -------------------------------- 24 13.26. A-Board (21/24) Schematic Diagram --------------- 70
9.2. Remove the AC inlet ------------------------------------ 24 13.27. A-Board (22/24) Schematic Diagram --------------- 71
9.3. Remove the P-Board ------------------------------------ 24 13.28. A-Board (23/24) Schematic Diagram --------------- 72
9.4. Remove the Side terminal cover and the Side 13.29. A-Board (24/24) Schematic Diagram --------------- 73
shield metal ------------------------------------------------ 24 13.30. XS-Board Schematic Diagram ----------------------- 74
9.5. Remove the Tuner unit --------------------------------- 24 13.31. C1-Board (1/2) Schematic Diagram ---------------- 75
9.6. Remove the A-Board ------------------------------------ 25 13.32. C1-Board (2/2) Schematic Diagram ---------------- 76
9.7. Remove the XS-Board ---------------------------------- 25 13.33. C2-Board (1/2) Schematic Diagram ---------------- 77
9.8. Remove the Speakers ---------------------------------- 25 13.34. C2-Board (2/2) Schematic Diagram ---------------- 78
9.9. Remove the SM-Board --------------------------------- 26 13.35. SC-Board (1/4) Schematic Diagram ---------------- 79
9.10. Remove the SC-Board---------------------------------- 26 13.36. SC-Board (2/4) Schematic Diagram ---------------- 80
9.11. Remove the SS2-Board -------------------------------- 26 13.37. SC-Board (3/4) Schematic Diagram ---------------- 81
9.12. Remove the SS-Board ---------------------------------- 26 13.38. SC-Board (4/4) Schematic Diagram ---------------- 82
9.13. Remove the Hanger metals and the One leg 13.39. SS-Board (1/2) Schematic Diagram ---------------- 83
bracket ------------------------------------------------------ 27 13.40. SS-Board (2/2) and SS2-Board Schematic
9.14. Remove the Cabinet mount metals------------------ 27 Diagram ---------------------------------------------------- 84
9.15. Remove the C1-Board ---------------------------------- 27 14 Printed Circuit Board------------------------------------------ 85
9.16. Remove the C2-Board ---------------------------------- 28 14.1. P-Board ---------------------------------------------------- 85
9.17. Remove the Plasma panel section from the 14.2. K and SS2-Board ---------------------------------------- 88
Cabinet assy----------------------------------------------- 28 14.3. A-Board ---------------------------------------------------- 89
9.18. Remove the Contact metals --------------------------- 28 14.4. XS-Board -------------------------------------------------- 91
9.19. Remove the K-Board ------------------------------------ 29 14.5. C1-Board--------------------------------------------------- 92
9.20. Replace the plasma panel ----------------------------- 29 14.6. C2-Board--------------------------------------------------- 93
10 Measurements and Adjustments -------------------------- 30 14.7. SC-Board -------------------------------------------------- 94
10.1. Adjustment ------------------------------------------------- 30 14.8. SS-Board -------------------------------------------------- 96
11 Block Diagram --------------------------------------------------- 35 15 Exploded View and Replacement Parts List----------- 99
11.1. Main Block Diagram ------------------------------------- 35 15.1. Exploded View and Mechanical Replacement
11.2. Block (1/5) Diagram ------------------------------------- 36 Parts List --------------------------------------------------- 99
11.3. Block (2/5) Diagram ------------------------------------- 37 15.2. Electrical Replacement Parts List ------------------ 106
11.4. Block (3/5) Diagram ------------------------------------- 38
11.5. Block (4/5) Diagram ------------------------------------- 39
11.6. Block (5/5) Diagram ------------------------------------- 40
12 Wiring Connection Diagram --------------------------------- 41
12.1. Caution statement.--------------------------------------- 41
2
1 Safety Precautions
1.1. General Guidelines
1. When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated or
damaged by the short circuit.
2. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly
installed.
3. After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.
4. When servicing, observe the original lead dress. If a short circuit is found, replace all parts which have been overheated or
damaged by the short circuit.
5. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly
installed.
6. After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.
1.2. Touch-Current Check
1. Plug the AC cord directly into the AC outlet. Do not use an isolation transformer for this check.
2. Connect a measuring network for touch currents between each exposed metallic part on the set and a good earth ground
such as a water pipe, as shown in Figure 1.
3. Use Leakage Current Tester (Simpson 228 or equivalent) to measure the potential across the measuring network.
4. Check each exposed metallic part, and measure the voltage at each point.
5. Reserve the AC plug in the AC outlet and repeat each of the above measure.
6. The potential at any point (TOUGH CURRENT) expressed as voltage U1 and U2, does not exceed the following values:
For a. c.: U1 = 35 V (peak) and U2 = 0.35 V (peak);
For d. c.: U1 = 1.0 V,
Note:
The limit value of U2 = 0.35 V (peak) for a. c. and U1 = 1.0 V for d. c. correspond to the values 0.7 mA (peak) a. c. and 2.0
mA d. c.
The limit value U1 = 35 V (peak) for a. c. correspond to the value 70 mA (peak) a. c. for frequencies greater than 100 kHz.
7. In case a measurement is out of the limits specified, there is a possibility of a shock hazard, and the equipment should be
repaired and rechecked before it is returned to the customer.
Figure 1
3
2 Warning
2.1. Prevention of Electrostatic Discharge (ESD) to Electrostatically
Sensitive (ES) Devices
Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Elec-
trostatically Sensitive (ES) Devices. Examples of typical ES devices are integrated circuits and some field-effect transistors and
semiconductor [chip] components. The following techniques should be used to help reduce the incidence of component damage
caused by electrostatic discharge (ESD).
1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your
body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap,
which should be removed for potential shock reasons prior to applying power to the unit under test.
2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as alumi-
num foil, to prevent electrostatic charge buildup or exposure of the assembly.
3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.
4. Use only an anti-static solder removal device. Some solder removal devices not classified as [anti-static (ESD protected)] can
generate electrical charge sufficient to damage ES devices.
5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices.
6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most
replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or compara-
ble conductive material).
7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material
to the chassis or circuit assembly into which the device will be installed.
Caution
Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.
8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise ham less motion such as the brush-
ing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient
to damage an ES device).
4
2.2. About lead free solder (PbF)
Note: Lead is listed as (Pb) in the periodic table of elements.
In the information below, Pb will refer to Lead solder, and PbF will refer to Lead Free Solder.
The Lead Free Solder used in our manufacturing process and discussed below is (Sn+Ag+Cu).
That is Tin (Sn), Silver (Ag) and Copper (Cu) although other types are available.
This model uses Pb Free solder in it’s manufacture due to environmental conservation issues. For service and repair work, we’d
suggest the use of Pb free solder as well, although Pb solder may be used.
PCBs manufactured using lead free solder will have the PbF within a leaf Symbol PbF stamped on the back of PCB.
Caution
• Pb free solder has a higher melting point than standard solder. Typically the melting point is 50 ~ 70 °F (30~40 °C) higher. Please
use a high temperature soldering iron and set it to 700 ± 20 °F (370 ± 10 °C).
• Pb free solder will tend to splash when heated too high (about 1100 °F or 600 °C).
If you must use Pb solder, please completely remove all of the Pb free solder on the pins or solder area before applying Pb sol-
der. If this is not practical, be sure to heat the Pb free solder until it melts, before applying Pb solder.
• After applying PbF solder to double layered boards, please check the component side for excess solder which may flow onto the
opposite side. (see figure below)
Suggested Pb free solder
There are several kinds of Pb free solder available for purchase. This product uses Sn+Ag+Cu (tin, silver, copper) solder. How-
ever, Sn+Cu (tin, copper), Sn+Zn+Bi (tin, zinc, bismuth) solder can also be used.
5
3 Service Navigation
3.1. Service Hint
Board Name Function Board Name Function
P Power Supply C1 Data Driver (Lower Right)
A DC-DC Converter, Tuner C2 Data Driver (Lower Left)
Speaker out, AV Terminal, HDMI in, SD Card, PC in SC Scan Drive
Digital Signal Processor, PEAKS-LDA2 SS Sustain Drive
Format Converter, Plasma AI, Sub-Field Processor SS2 Sustain out (Lower)
Power Switch, Key Switch SM Scan out
K Remote receiver, Power LED, C.A.T.S. sensor Non serviceable.
XS Sat Tuner SM-Board should be exchanged for service.
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3.2. Applicable signals
COMPONENT (Y, PB, PR), HDMI
* Mark: Applicable input signal for Component (Y, PB, PR) and HDMI
Signal name COMPONENT HDMI
525 (480) / 60i * *
525 (480) / 60p * *
625 (576) / 50i * *
625 (576) / 50p * *
750 (720) / 60p * *
750 (720) / 50p * *
1,125 (1,080) / 60i * *
1,125 (1,080) / 50i * *
1,125 (1,080) / 60p *
1,125 (1,080) / 50p *
1,125 (1,080) / 24p *
PC (from D-sub 15P)
Applicable input signal for PC is basically compatible to VESA standard timing.
Signal name Horizontal frequency (kHz) Vertical frequency (Hz)
640 × 400 @70 Hz 31.47 70.07
640 × 480 @60 Hz 31.47 59.94
640 × 480 @75 Hz 37.50 75.00
800 × 600 @60 Hz 37.88 60.32
800 × 600 @75 Hz 46.88 75.00
800 × 600 @85 Hz 53.67 85.06
852 × 480 @60 Hz 31.44 59.89
1,024 × 768 @60 Hz 48.36 60.00
1,024 × 768 @70 Hz 56.48 70.07
1,024 × 768 @75 Hz 60.02 75.03
1,024 × 768 @85 Hz 68.68 85.00
1,280 × 768 @60 Hz 47.70 60.00
1,280 × 1,024 @60 Hz 63.98 60.02
1,366 × 768 @60 Hz 48.39 60.04
Macintosh13” (640 × 480) 35.00 66.67
Macintosh16” (832 × 624) 49.73 74.55
Macintosh21” (1,152 × 870) 68.68 75.06
PC (from HDMI terminal)
Applicable input signal for PC is basically compatible to HDMI standard timing.
Signal name Horizontal frequency (kHz) Vertical frequency (Hz)
640 × 480 @60 Hz 31.47 60.00
750 (720) / 60p 45.00 60.00
1,125 (1,080) / 60p 67.50 60.00
Note
• Signals other than above may not be displayed properly.
• The above signals are reformatted for optimal viewing on your display.
• PC signal is magnified or compressed for display, so that it may not be possible to show fine detail with sufficient clarity.
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4 Specifications
Power Source AC 220-240 V, 50 / 60 Hz
Power Consumption 290 W
On mode Average Power Consumption 129 W
Power Consumption in Standby mode 0.4 W (Without monitor out recording)
32 W (With monitor out recording)
Display panel
Aspect Ratio 16:9
Visible screen size 106 cm (diagonal)
921 mm (W) × 518 mm (H)
Number of pixels 2,073,600 (1,920 (W) × 1,080 (H)) [5,760 × 1,080 dots]
Sound
Speaker 120 mm × 35 mm × 2 pcs, 6 Ω
Audio Output 20 W ( 10 W + 10 W )
Headphones M3 (3.5 mm) stereo mini Jack × 1
PC signals VGA, SVGA, WVGA, XGA
SXGA, WXGA ...... (compressed)
Horizontal scanning frequency 31 - 69 kHz
Vertical scanning frequency 59 - 86 Hz
Receiving Systems / Band name
PAL B, G, H, I, SECAM B, G, SECAM L, L’
VHF E2 - E12 VHF H1 - H2 (ITALY)
VHF A - H (ITALY) UHF E21 - E69
CATV (S01 - S05) CATV S1 - S10 (M1 - M10)
CATV S11 - S20 (U1 - U10) CATV S21 - S41 (Hyperband)
PAL D, K, SECAM D, K
VHF R1 - R2 VHF R3 - R5
VHF R6 - R12 UHF E21 - E69
PAL 525/60 Playback of NTSC tape from some PAL Video recorders (VCR)
M.NTSC Playback from M. NTSC Video recorders (VCR)
NTSC (AV input only) Playback from NTSC Video recorders (VCR)
DVB-T Digital terrestrial services (MPEG2 and MPEG4-AVC(H.264))
DVB-C Digital cable services (MPEG2 and MPEG4-AVC(H.264))
Countries that DVB-C is available: Germany, Switzerland, Den-
mark, Sweden, Norway, Finland, Netherlands
DVB-S / S2 Digital satellite services (MPEG2 and MPEG4-AVC(H.264))
Receiver frequency range - 950 MHz to 2,150 MHz
LNB Power and Polarization - Vertical: +13 V
Horizontal: +18 V
Current: Max. 500 mA
(overload protection)
22 kHz Tone - Frequency: 22 kHz ± 2 kHz
Amplitude: 0.6 V ± 0.2 V
Symbol Rate - Max. 30 MS/s
FEC Mode - 1/2, 3/5, 2/3, 3/4, 4/5, 5/6, 8/9, 9/10
Demodulation - QPSK, 8PSK
DiSEqC - Version 1.0
• Check the latest information on the available services at the following website. (English only)
http://panasonic.jp/support/global/cs/
Satellite dish input Female F-type 75 Ω
Aerial - input VHF / UHF
Operating Conditions
Temperature: 0 °C - 35 °C
Humidity: 20 % - 80 % RH (non-condensing)
Connection Terminals
AV1 (Scart terminal) 21 Pin terminal (Audio/Video in, Audio/Video out, RGB in, Q-Link)
AV2 (Scart terminal) 21 Pin terminal (Audio/Video in, Audio/Video out, RGB in, S-Video in, Q-Link)
AV3
VIDEO RCA PIN Type × 1 1.0 V [p-p] (75 Ω)
AUDIO L - R RCA PIN Type × 2 0.5 V [rms]
COMPONENT
VIDEO Y 1.0 V [p-p] (including synchronization)
PB, PR ± 0.35 V [p-p]
AUDIO L - R RCA PIN Type × 2 0.5 V [rms]
Others
HDMI1 / 2 / 3 / 4 TYPE A Connectors
8
HDMI1 / 3 / 4: HDMI (Version 1.4 with Content Type) and
HDMI (Version 1.3a with Deep Colour, x.v.Colour™)
HDMI2: HDMI (Version 1.4 with Content Type, Audio Return Channel)
and HDMI (Version 1.3a with Deep Colour, x.v.Colour™)
• This TV supports [ HDAVI Control 5 ] function.
PC HIGH-DENSITY D-SUB 15PIN R,G,B/0.7 V [p-p] (75 Ω)
HD, VD/TTL Level 2.0 - 5.0 V [p-p] (high impedance)
Card slot SD Card slot × 1
Common Interface slot × 1
ETHERNET RJ45, IEEE802.3 10BASE-T / 100BASE-TX
USB1 / 2 USB2.0 DC 5 V, Max 500 mA
Output
AUDIO L - R RCA PIN Type × 2 0.5 V [rms] (high impedance)
DIGITAL AUDIO OUT PCM / Dolby Digital / DTS, Fiber optic
Dimensions (W × H × D) 1,029 mm × 693 mm × 308 mm (With Pedestal)
1,029 mm × 654 mm × 82 mm (TV only)
Mass 23.5 kg Net (With Pedestal)
20.5 kg Net (TV only)
Note
• Design and Specifications are subject to change without notice. Mass and Dimensions shown are approximate.
• This equipment complies with the EMC standards listed below.
EN55013, EN61000-3-2, EN61000-3-3, EN55020, EN55022, EN55024.
9
5 Technical Descriptions
5.1. Specification of KEY for CI Plus, DTCP-IP and One-to-One
5.1.1. General information:
1. EEPROM (IC8950) for spare parts has the seed of KEY for each.
2. The final KEY data will be generated by Peaks IC (IC8000) when SELF CHECK was done and are stored in both Peaks IC
(IC8000) and EEPROM (IC8950).
Three KEY are not generated for all models.
The necessary KEY are only generated and stored depend on the feature of models.
5.1.2. Replacement of ICs:
When Peaks IC (IC8000) is replaced, EEPROM (IC8950) should be also replaced with new one the same time.
When EEPROM (IC8950) is replaced, Peaks IC (IC8000) is not necessary to be replaced the same time.
After the replacement of IC, SELF CHECK should be done to generate the final KEY data.
How to SELF CHECK: While pressing [VOLUME ( - )] button on the main unit, press [MENU] button on the remote control for more
than 3 seconds.
TV will be forced to the factory shipment setting after this SELF CHECK.
5.1.3. Model and Keys:
Model No. Keys
CI Plus DTCP-IP One-to-One
(For USB Rec.)
TX-P42GW20 Yes Yes Yes
5.2. USB HDD Recording
5.2.1. General information:
Digital TV programmes can be recorded in USB HDD.
A One-to-One key generated in A-board by SELF CHECK binds TV and USB-HDD for communication.
That key is only one key for them. If the key is difference, TV can not access USB-HDD.
Caution:
New key will be generated by following SELF CHECK and previous TV programmes recorded in USB HDD will not be
viewed.
SELF CHECK: While pressing [VOLUME ( - )] button on the main unit, press [MENU]
10
6 Service Mode
6.1. How to enter into Service Mode
While pressing [VOLUME ( - )] button of the main unit, press [0] button of the remote control three times within 2 seconds.
6.1.1. Key command
[1] button...Main items Selection in forward direction
[2] button...Main items Selection in reverse direction
[3] button...Sub items Selection in forward direction
[4] button...Sub items Selection in reverse direction
[RED] button...All Sub items Selection in forward direction
[GREEN] button...All Sub items Selection in reverse direction
[VOL] button...Value of sub items change in forward direction ( + ), in reverse direction ( - )
11
6.1.2. Contents of adjustment mode
• Value is shown as a hexadecimal number.
• Preset value differs depending on models.
• After entering the adjustment mode, take note of the value in each item before starting adjustment.
6.1.3. How to exit
Switch off the power with the [POWER] button on the main unit or the [POWER] button on the remote control.
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6.2. Option - Mirror
Picture can be reversed left and right or up and down.
00 : Default (Normal picture is displayed)
01 : Picture is reversed left and right.
02 : Picture is reversed up and down.
Hint : If the defective symptom (e.g. Vertical bar or Horizontal bar) is moved by selection of this mirror, the possible cause is in
A-board.
6.3. Service tool mode
6.3.1. How to access
1. Select [SRV-TOOL] in Service Mode.
2. Press [OK] button on the remote control.
6.3.2. Display of SOS History
SOS History (Number of LED blinking) indication.
From left side; Last SOS, before Last, three occurrence before, 2nd occurrence after shipment, 1st occurrence after shipment.
This indication will be cleared by [Self-check indication and forced to factory shipment setting].
6.3.3. POWER ON Time, On/Off
Note : To display TIME/COUNT menu, highlight position, then press MUTE for 3sec.
Time : Cumulative power on time, indicated hour : minute by decimal
On/Off : Number of On/Off switching by decimal
Note : This indication will not be cleared by either of the self-checks or any other command.
6.3.4. Exit
1. Disconnect the AC cord from wall outlet or switch off the power with [ Power ] button on the main unit.
13
6.4. Hotel mode
1. Purpose
Restrict a function for hotels. item Function
2. Access command to the Hotel mode setup menu Hotel Mode Select hotel mode ON/OFF
In order to display the Hotel mode setup menu, please Initial INPUT Select input signal modes.
enter the following command (within 2 second). Set the input, when each time power is switched
[TV] : Vol. [Down] + [REMOTE] : AV (3 times) on.
Selection :
Off/Analog/freesat/DVB/AV1/AV2/AV2S/AV3/
Then, the Hotel mode setup menu is displayed. COMPONENT/HDMI1/HDMI2/HDMI3/HDMI4
• Off: give priority to a last memory. However,
Euro model is compulsorily set to TV.
• AVnS/AVnC: only Euro model selectable
• PC: selectable with VGA option
Initial POS Select programme number.
Selection :
Off/0 to 99
• Off: give priority to a last memory
Initial VOL level Adjust the volume when each time power is
switched on.
Selection/Range :
Off/0 to 100
• Off: give priority to a last memory
Maximum VOL Adjust maximum volume.
level Range :
0 to 100
Button lock Select local key conditions.
3. To exit the Hotel mode setup menu Selection :
Disconnect AC power cord from wall outlet. Off/SETUP/MENU/ALL
• Off: altogether valid
4. Explain the Hotel mode setup menu
• SETUP: only F-key is invalid
(Tuning guide (menu) can not be selected.)
• MENU: only F-key is invalid
(only Volume/Mute can be selected.)
• ALL: altogether invalid.
Remote lock Select remote control key conditions.
Selection :
Off/SETUP/MENU
• Off: altogether valid
• SETUP: only Setup menu is invalid
• MENU: Picture/Sound/Setup menu are invalid
14
6.5. Data Copy by SD Card
6.5.1. Purpose
(a) Board replacement (Copy the data when exchanging A-board):
When exchanging A-board, the data in original A-board can be copied to SD card and then copy to new A-board.
(b) Hotel (Copy the data when installing a number of units in hotel or any facility):
When installing a number of units in hotel or any facility, the data in master TV can be copied to SD card and then copy to other
TVs.
6.5.2. Preparation
Make pwd file as startup file for (a) or (b) in a empty SD card.
1. Insert a empty SD card to your PC.
2. Right-click a blank area in a SD card window, point to New, and then click text document. A new file is created by default
(New Text Document.txt).
3. Right-click the new text document that you just created and select rename, and then change the name and extension of the
file to the following file name for (a) or (b) and press ENTER.
File name:
(a) For Board replacement : boardreplace.pwd
(b) For Hotel : hotel.pwd
Note:
Please make only one file to prevent the operation error.
No any other file should not be in SD card.
15
6.5.3. Data copy from TV set to SD Card
1. Turn on the TV set.
2. Insert SD card with a startup file (pwd file) to SD slot.
On-screen Display will be appeared according to the startup file automatically.
3. Input a following password for (a) or (b) by using remote control.
(a) For Board replacement : 2770
(b) For Hotel : 4850
Data will be copied from TV set to SD card.
It takes around 2 to 6 minutes maximum for copying.
4. After the completion of copying to SD card, remove SD card from TV set.
5. Turn off the TV set.
Note:
Following new folder will be created in SD card for data from TV set.
(a) For Board replacement : user_setup
(b) For Hotel : hotel
16
6.5.4. Data copy from to SD Card to TV set
1. Turn on the TV set.
2. Insert SD card with Data to SD slot.
On-screen Display will be appeared according to the Data folder automatically.
3. Input a following password for (a) or (b) by using remote control.
(a) For Board replacement : 2771
(b) For Hotel : 4851
Data will be copied from SD card to TV set.
4. After the completion of copying to SD card, remove SD card from TV set.
(a) For Board replacement : Data will be deleted after copying (Limited one copy).
(b) For Hotel : Data will not be deleted and can be used for other TVs.
5. Turn off the TV set.
Note:
1. Depending on the failure of boards, function of Data copy for board replacement does not work.
2. This function can be effective among the same model numbers.
17
7 Troubleshooting Guide
Use the self-check function to test the unit.
1. Checking the IIC bus lines
2. Power LED Blinking timing
7.1. Check of the IIC bus lines
7.1.1. How to access
7.1.1.1. Self-check indication only:
Produce TV reception screen, and while pressing [VOLUME ( - )] button on the main unit, press [OK] button on the remote control
for more than 3 seconds.
7.1.1.2. Self-check indication and forced to factory shipment setting:
Caution:
New key will be generated and previous TV programmes recorded in USB HDD will not be viewed. (See Chap.5)
Produce TV reception screen, and while pressing [VOLUME ( - )] button on the main unit, press [MENU] button on the remote con-
trol for more than 3 seconds.
7.1.2. Screen display
7.1.3. Check Point
Confirm the following parts if NG was displayed.
7.1.4. Exit
Disconnect the AC cord from wall outlet or switch off the power with [ Power ] button on the main unit.
18
7.2. Power LED Blinking timing chart
1. Subject
Information of LED Flashing timing chart.
2. Contents
When an abnormality has occurred the unit, the protection circuit operates and reset to the stand by mode. At this time, the
defective block can be identified by the number of blinks of the Power LED on the front panel of the unit.
19
7.3. No Power
First check point
There are following 2 states of No Power indication by power LED.
1. No lit
2. Red is lit then turns red blinking a few seconds later. (See 6.2.)
20
7.4. No Picture
21
7.5. Local screen failure
Plasma display may have local area failure on the screen. Fig-1 is the possible defect P.C.B. for each local area.
Fig-1
22
8 Service Fixture & Tools
8.1. SC jig
Purpose:
To find the failure board (SC or SM) when the power LED is blinking 7 times.
SC jig:
Jumper connector to connect to SC50 connector on SC board
Part number:
TZSC09187
How to use:
Caution: Remove SC jig from SC board after inspection.
1. Remove all connector between SC board and SM board to isolate SC board from SM board electrically.
2. Connect SC jig to connector SC50 at left bottom side of SC board
3. Turn of the TV/Display Unit and confirm the power LED blinking.
LED blinking: Possible cause of failure is in SC board
No LED blinking (Lighting or no lighting): Possible cause of failure is in SM board
4. After inspection, turn off the TV/Display Unit and wait a few minutes to discharge.
5. Remove SC jig from SC board.
Remark: This SC jig can be used for all 2010 Plasma TV and Plasma Display.
23
9 Disassembly and Assembly Instructions
9.1. Remove the Rear cover 9.4. Remove the Side terminal
1. See Service Hint (Section 3) cover and the Side shield metal
9.2. Remove the AC inlet 1. Remove the screws (×2 , ×1 , ×1 ).
Caution: 2. Remove the Side terminal cover.
To remove P.C.B. wait 1 minute after power was off for dis-
charge from electrolysis capacitors.
1. Unlock the cable clampers to free the cable.
2. Disconnect the connector (P9).
3. Remove the screw (×1 ) and remove the AC inlet.
9.3. Remove the P-Board
Caution:
To remove P.C.B. wait 1 minute after power was off for dis- 3. Remove the Side shield metal.
charge from electrolysis capacitors.
1. Unlock the cable clampers to free the cable
2. Disconnect the connectors (P2, P6, P7, P9, P11 and
P35).
3. Remove the screws (×9 ) and remove the P-Board.
24
9.5. Remove the Tuner unit 9.7. Remove the XS-Board
1. Remove the Side terminal cover and the Side shield 1. Unlock the cable clampers to free the cable.
metal. (See section 9.4.) 2. Disconnect the flexible cable (XS3).
2. Unlock the cable clampers to free the cable. 3. Remove the screws (×3 ) and remove the XS-Board
3. Disconnect the connectors (A1, A6, A7 and A11). unit.
4. Disconnect the flexible cables (A20, A31, A32 and A88A).
5. Remove the screws (×2 ) and remove the Tuner unit.
4. Remove the screws (×3 ) and remove the XS-Board.
9.6. Remove the A-Board
1. Remove the Tuner unit. (See section 9.5.)
2. Remove the screws (×3 ) and remove the A-Board.
9.8. Remove the Speakers
1. Unlock the cable clampers to free the cable.
2. Disconnect the Speaker terminal.
3. Remove the screws (×2 each) and remove the Speak-
ers (L, R).
25
9.9. Remove the SM-Board 9.11. Remove the SS2-Board
1. Remove the flexible cables (SM1, SM2, SM3, SM4, SM5, 1. Remove the Tuner unit. (See section 9.5.)
SM6, SM7 and SM8) connected to the SM-Board. 2. Disconnect the bridge connector (SS21-SS24) and dis-
2. Remove the bridge connectors (SC41-SM41, SC42- connect the flexible cable (SS58).
SM42 and SC46-SM46). 3. Remove the screws (×2 ) and remove the SS2-Board.
3. Remove the molding props (×4 ).
4. Remove the screws (×3 , ×4 ) and remove the SM-
Board.
9.12. Remove the SS-Board
1. Remove the Tuner unit. (See section 9.5.)
2. Unlock the cable clampers to free the cable.
3. Disconnect the connectors (SS11 and SS33).
4. Disconnect the flexible cables (SS61 and SS64).
5. Disconnect the bridge connector (SS21-SS24).
9.10. Remove the SC-Board
6. Remove the screws (×6 ) and remove the SS-Board.
1. Remove the SM-Board. (See section 9.9.)
2. Disconnect the connector (SC2).
3. Disconnect the flexible cable (SC20).
4. Remove the screws (×7 ) and remove the SC-Board.
26
9.13. Remove the Hanger metals and 9.14. Remove the Cabinet mount
the One leg bracket metals
1. Remove the Plasma panel section from the servicing 1. Remove the One leg bracket. (See section 9.13.)
stand and lay on a flat surface such as a table (covered 2. Remove the Cabinet mount metals fastening screws (×7
by a soft cloth) with the Plasma panel surface facing , ×14 ) and remove the cabinet mount metal top
downward. and the Cabinet mount metal bottom.
2. Remove the One leg bracket fastening screws (×4
each) and the One leg bracket.
3. Remove the Hanger metals (L, R) fastening screws (×2
each) and remove the Hanger metals (L, R).
9.15. Remove the C1-Board
1. Remove the Hanger metal R and the One leg bracket.
(See section 9.13.)
2. Remove the Cabinet mount metal bottom (See section
9.14.).
3. Remove the flexible cables holder fastening screws (×12
).
4. Disconnect the flexible cables (CB1, CB2, CB3, CB4,
CB5, CB6, CB7 and CB8).
5. Disconnect the flexible cables (C10 and C11).
6. Remove the screws (×4 ) and remove the C1-Board.
27
9.16. Remove the C2-Board 3. For leaving the plasma panel from the front frame, pull the
bottom of the cabinet assy forward, lift, and remove.
1. Remove the Tuner unit. (See section 9.5.)
2. Remove the Hanger metal L and the One leg bracket.
(See section 9.13.)
3. Remove the Cabinet mount metal bottom. (See section
9.14.)
4. Remove the flexible cables holder fastening screws (×10
).
5. Disconnect the flexible cables (CB9, CB10, CB11, CB12,
CB13, CB14 and CB15).
6. Disconnect the flexible cables (C20 and C21).
7. Disconnect the connectors (C23 and C25).
8. Remove the screws (×4 ) and remove the C2-Board.
9.18. Remove the Contact metals
1. Remove the Cabinet assy. (See section 9.17.)
9.17. Remove the Plasma panel sec- 2. Remove the screws (×4 ).
3. Remove the Contact metal top.
tion from the Cabinet assy 4. Remove the screws (×3 ).
1. Remove the cabinet mount metals fastening screws (×7 5. Remove the Contact metal bottom.
). 6. Remove the screws (×4 ).
2. Remove the cabinet assy and the plasma panel fastening 7. Remove the Contact metal side (L, R).
screws (×3 , ×8 ).
28
9.19. Remove the K-Board
1. Remove the Contact metal bottom. (See section 9.18.)
2. Remove the screw (×1 ).
3. Remove the claw (×1 ).
4. Disconnect the connector (K1) and Remove the K-Board
from LED Panel.
9.20. Replace the plasma panel
Caution:
A new plasma panel itself without Hanger metals is
fragile.
To avoid the damage to new plasma panel, carry a new
plasma panel taking hold of the Hanger metals after
assembling the Hanger metals and the One leg bracket.
1. Place a carton box packed a new plasma panel on the flat
surface of the work bench.
2. Open a box and without taking a new plasma panel;
Attach the C1-Board and the C2-Board, connect the flexi-
ble cables from the plasma panel to the C1-Board and the
C2-Board, and fit the flexible cable holders.
3. Attach the Hanger metals and the One leg bracket to the
new plasma panel.
4. Place the plasma panel on the servicing stand taking hold
of the Hanger metals.
5. Attach the cabinet assy and each P.C.Board and so on, to
the new plasma panel.
*When fitting the cabinet assy, be careful not to allow any
debris, dust or handling residue to remain between the
front glass and plasma panel.
29
10 Measurements and Adjustments
10.1. Adjustment
10.1.1. Vsus selection
Caution:
When Plasma panel or A-board is replaced, Vsus should be set to LOW or HIGH.
Procedure
1. Go into main item [VSUS] in Service Mode. LOW or HIGH will be displayed.
2. Press [OK] button to go to TEST stage.
White pattern without On-Screen Display will be displayed during TEST and CONF stage. Press [5] button to display the
On-Screen Display.
3. Press [VOL (-)] button to set to LOW.
4. In LOW setting
a. If no several dead pixel is visible remarkably in white pattern, press [3] button to go to CONF stage.
b. If the several dead pixels are visible remarkably in white pattern, Set to HIGH by press [VOL (+)] button. Press [3] button
to go to CONF stage if the symptom is improved.
5. Press [OK] button in CONF stage to store LOW or HIGH.
6. Exit Service Mode by pressing [Power] button.
30
10.1.2. Sub-Contrast adjustment
Name of measuring instrument Connection Remarks
RF generator
Base Band signal generator
HD signal generator
Steps Remarks
Adjustment of TV (RF system) Ref.:
RF signal modulation spec.
Note: B/L models: 80%
In adjustment, you must setting to modulation of signal at 80%. Other models: 90%
1. Receive a RF PAL 100% Full White or Split Colour bar shown as below. Note:
Sub-contrast adjustment is unadjusted
for AV/ HD input.
But, when needing the adjustment cho-
sen manually, please refer to [ alterna-
tive method ].
2. Goes into service adjustment mode.
3. Push a [ 1 ] or [ 2 ] key, and goes into adjustment mode for [ CONTRAST ].
Adjustment
1. The colour key yellow button of remote control is pushed.
2. The OSD character of sub-contrast becomes red.
(Inside under automatic adjustment)
3. The OSD character of sub-contrast returns to black.
4. End.
31
Steps Remarks
Another procedure
Adjustment of AV system
1. PAL 100% Full White or Split Colour bar receive AV1(or AV2), shown as below.
2. Goes into service adjustment mode.
3. Push [ 1 ] or [ 2 ] key, and goes into adjustment mode for [ Contrast ].
Adjustment
1. The colour key yellow button of remote control is pushed.
2. The OSD character of sub-contrast becomes red.
(Inside under automatic adjustment)
3. The OSD character of sub-contrast returns to black.
4. End.
Steps Remarks
Another procedure
Adjustment of HD system
1. At 1080i 100% Full White or Split colour bar receive component signal, as shown below.
2. Goes into service adjustment mode.
3. Push [ 1 ] or [ 2 ] key, and goes into adjustment mode for [ Contrast ].
Adjustment
1. The colour key yellow button of remote control is pushed.
2. The OSD character of sub-contrast becomes red.
(Inside under automatic adjustment)
3. The OSD character of sub-contrast returns to black.
4. End.
32
10.1.3. THX White balance adjustment
Name of measuring instrument Connection Remarks
W/ B pattern Panel surface
Color analyzer
(Minolta CA-100 or equivalent)
Steps Remarks
• Make sure the front panel to be used on the final set is fitted. Picture menu : Dynamic
• Make sure a color signal is not being shown before adjustment. ASPECT : 16:9
• Put the color analyzer where there is little colour variation.
Adjustment Remarks
1. Enter the service mode. METHOD=01
Please receive the external signal. Or, please select CVBS/YUV (no sync). copy adjustments
2. A number key [1] or [2] are operated and [WB-ADJ] is displayed.
Check that the color balance is [ COOL ].
3. A number key [0] is operated and select [METHOD=01].
4. A number key [5] is operated and [INNER PATTERN] is displayed.
5. Select [G-CUTOFF] item, using the number-key [3] or [4], and set to [80], using the vol-
ume-key [+] or [-].
Also, [B-CUTOFF] and [R-CUTOFF] set to [80]
6. Set [G-DRIVE] at [D0].
7. Touch the signal receiver of color analyzer to the INNER PATTERN's center, and adjust B
drive and R drive so x, y become the [COLOR TEMP COOL] in the below table1.
8. All RGB drive increase so that the maximum drive value of RGB may become [FF].
([ALL-DRIVE] set to [FF].)
9. Set color balance to [NORMAL] using [7] key.
10. Fix G-CUTOFF, B-CUTOFF and R-CUTOFF at [80].
11. Set [G-DRIVE] at [D0].
12. Adjust B-DRIVE and R-DRIVE so the INNER PATTERN’s x, y become the [COLOR
TEMP NORMAL] in the below table1.
13. All RGB drive increase so that the maximum drive value of RGB may become [FF].
([ALL-DRIVE] set to [FF].)
14. Set color balance to [WARM] using [7] key.
15. Set Picture menu to [CINEMA] using [9] key.
16. A number key [5] is operated and [THX PATTERN] is displayed.
17. Fix G-CUTOFF, B-CUTOFF and R-CUTOFF at [80].
18. Set [G-DRIVE] at [D0].
19. Adjust B-DRIVE and R-DRIVE so the INNER PATTERN’s x, y become the [COLOR
TEMP WARM] in the below table1.
20. All RGB drive increase so that the maximum drive value of RGB may become [FF].
([ALL-DRIVE] set to [FF].)
33
34
11 Block Diagram
11.1. Main Block Diagram
A DIGITAL SIGNAL PROCESSOR
CI SLOT HDMI1-4
Parallel_ Parallel_ 10BASE-T/
ETHERPHY ETHER_ ETHERNET DATA
TS(SAT) TS(FE1) TMDS DATA HDMI I/F ETHERPHY 100BASE-TX
Parallel_
XS3 A88A NET IF
SAT ETHERNET
TS(CI)
RECEIVER
Tuner
SD CARD DATA SD CARD
SD CARD DATA
SLOT
TS SW
USB
Parallel_ USB USB_0,1
CI TS TS
TS I/F PEAKS-LDA2
CONT.
IFD_OUT
OFDM Parallel_
Parallel_ TS(FE)
DVB SIF_OUT TS(FE0)
TUNER SIF I/F
V
Y/PR/PB SYSTEM MPU
L/R ANALOG
V/R/G/B
RGB_CVBS AV I/F
L/R
AV1,2 VOUT EEPROM K POWER LED
L/ROUT REMOTE RECEIVER
AV SW
Y/PB/PR
DDR3 AI SENSOR
SUB+9V DET SUB9V
L/R CI ASIC SUB+5V DET SUB5V
SOUND SOS (LED:12TIMES)
(LED:3TIMES)
(LED:5TIMES)
COMP
L/ROUT SUB+3.3V DET SUB3.3V
STB3.3V STB3.3V
R/G/B
NAND LED_R/G LED_R/G
PC FLASH CPU BUS
I/F REMOTE IN A1 K1 REMOTE RECEIVER
PANEL MAIN ON
V
CPU BUS AI SENSOR AI SENSOR
OPTICAL OUT
AV3 L/R
PANEL SOS
P+3.3V DET
MON_L/R
P+5V DET
LO1_L/R ANALOG
TV_L/R KEYSCAN1 KEY SWITCH
LO2_L/R AUDIO
PWM
HEAD_ HP L/R HP_L/R
HP_L/R OUT I/F
PHONE
LVDS DATA
DCDC
F15V SUB9V
P+3.3V
SUB9V
P+5V
DCDC P+15V DCDC P+1.2V DCDC P+2.5V
SOUND SOS DET SOUND SOS SUB6V
L CIRCUIT SUB6V P+1.2V P+2.5V
SPEAKER(L) (LED:12TIMES)
AUDIO
PUSH
A11 DCDC DCDC
R AMP PWM SUB3.3V P+3.3V
SPEAKER(R) SUB3.3V P+3.3V
EEPROM POWER SWITCH SUB1.5V SUB1.5V
FRC-S DCDC P+5V
DDR2 DCDC
OPTICAL OPTICAL AUDIO OUT SUB1.2V_A P+5V
SUB1.2V_A
AUDIO
LVDS DATA
SUB1.2V_V SUB1.2V_V
OUT
P POWER SUPPLY
SC SCAN DRIVE PANEL SOS SS SUSTAIN DRIVE
SM SCAN OUT STB3.3V
STB5V ANALOG-ASIC
SUB9V PS SOS4
SC-BOARD P+3.3V (LED:4TIME) P-BOARD
ENERGY RECOVERY SOS6_SC1 STB5V SOS DETECT
SOS DETECT STB5V
STB_PS POWER MICOM
(LED:6TIMES) A7 P7 VSUS
(LED:4TIMES) POWER SOS 5V VSUS SS-BOARD
PD4H VSUS P11 SS11 SOS DETECT
(LED:9TIMES) DCC SOS PLASMA AI P+15V
(LED:8TIME)
SOS6_SC1 ON/OFF CONTROL P+15V
SC-BOARD SOS6_SC1 (LED:6TIMES) CPG with SS PANEL
SOS7_SC2 SOS7_SC2 H/V Sync Control SUSTAIN
FLOATING PART CONTROL MAIN ON
SOS7_SC2 (LED:7TIMES) Sub Filed Processor
SOS DETECT VSUS GEN.
P+5V SC20 A20 +5V(P) Plasma AI
(LED:7TIMES) VE GEN.
SOS8_SS Vda
P+15V +15V(P) P+15V P+15V ENERGY RECOVERY
(LED:8TIMES) PROCESS SUSTAIN
P+15V VOLTAGE VOLTAGE
SCAN CONTROL F15V A6 P6 F15V
RECTIFIER RECTIFIER
P+5V
SOUND15V SOUND15V
SCAN CONTROL VIDEO
DATA VIDEO DATA
SOS8_SS
SCAN
DRIVER SM41 SC41 COLD HOT
P+5V
P+5V
SUSTAIN CONTROL
F15V STANDBY POWER
VOLTAGE FACTOR SS21
STB5V RECTIFIER CONTROL
A31 A32 SS24
SOS8_SS
CONTROL
PULSE
P+5V
VSUS VSUS RECTIFIER
SC2 P2
SS33
SS2 SUSTAIN
CONNECTOR
RECTIFIER RELAY
(LOWER)
VIDEO DATA
VSCAN GEN.
Vda
SCAN
DRIVER SM42 SC42
P+3.3V
VAD GEN.
P9 P35
SOS8_SS
BUFFER SM46 SC46
SUSTAIN CONTROL
VIDEO DATA AC CORD
P+3.3V,P+5V
C1 DATA DRIVER (RIGHT) C2 DATA DRIVER (LEFT)
C11 C21 C25 C23
Vda
VIDEO DATA
P+5V
P+5V
P+3.3V
P+3.3V
SOS8_SS
SUSTAIN CONTROL
Vda Vda
C10 C20
VIDEO DATA VIDEO DATA
DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA DATA
DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER DRIVER
35
11.2. Block (1/5) Diagram
SPEAKER_L SPEAKER_R
JK8301 D3015
JK4703 10BASE-T/ OPTICAL
JK4700 JK4701 JK4702 JK8850 AUDIO
TU2901 HDMI IN 4 JK8700 100BASE-TX
A DIGITAL SIGNAL PROCESSOR ANT IN (SIDE) HDMI IN 1 HDMI IN 2 HDMI IN 3 ETHERNET SD CARD OUT
DVB TUNER 1 USB_0,1
A11 1 2 3 4
IIC_TU IIC0
TMDS DATA
TMDS DATA
TMDS DATA
TMDS DATA
XS3 A88A
HDMI_CEC
HDMI_CEC
HDMI_CEC
HDMI_CEC
IC8300
R(+)
L(+)
R(-)
IIC_TU
L(-)
+5V
+5V
+5V
+5V
OPTICAL AUDIO OUT
DDC IIC
DDC IIC
DDC IIC
SD DATA:4bit
DDC IIC
CLOCK
CLOCK
CLOCK
CLOCK
FE SDA 13 IC8302 OFDM
IC8701 IC8703
FE SCL IIC0
11 IC4500
SIF_OUT
2.5V IF_AGC IF_AGC ETHERNET IF
USB5V
VIDEO
24 IC4701 IC2301
ETHER
SPEAKER
SPEAKER
SUB3.3V IFD_OUT1
1.2V
3.3V
TS DATA
R_OUT
L_OUT
HDMI
5V
NET
15 IFD_OUT2 AUDIO AMP
EQUALIZER
SUB6V 7 IC2950 DVB T/C &SWITCH
TV_V
ETHERPHY
SIF
DEMODULATOR SOUND15V
3.3V
SUB3.3V 5 1.2V FE1.2V
SOS
F15V 3 15V
IC8360,61,62
USB
F15V 1
Parallel_ TS SW Parallel_
TS(FE1) TS(FE0)
A B
PWMS
Y D2014
Parallel_ SUB3.3V
TS(FE)
Q2301
SOUND
SOUND
SOS
SOS
DET
AV1_V
AV1_RED
Q4512
AV1_GREEN
AV1_BLUE
AV1_LIN
AV1 AV1_RIN IC3001
ARC_OFF
RX3
RX2
RX1
AV SW
ETHERPHY
AV1_VOUT
DDC_IIC2
DDC_IIC1
DDC_IIC0
SUB_SD_3.3V
IECOUT
SD CARD
PWMS L/R
AV1_LOUT
USB I/F
VIDEO1 TV
AV1_ROUT
V/R/G/B Y/C/V
I/F
AV1_QLINK
JK3002 L/R
LVDS DATA
AV2_V_Y
VIDEO2
AUDIO I/F LVDS_OUT 1
AV2_RED_C HDMI I/F RECEIVER
V/R/G/B
AV2_GREEN
L/R
AV2_BLUE
VIDEO3 SIF I/F
AV2 AV2_LIN
V
AV2_RIN MAIN
L/R
AV2_VOUT Y/PR/PB Y/PR/PB
COMP ANALOG IC8000
AV2_LOUT L/R L/R
Y/PB/PR RGB_CVBS AV I/F PEAKS-LDA2
AV2_ROUT V V
L/R IIC0 IIC0
AV2_QLINK
PC
MON_L/R LO1_L/R ANALOG
Y R/G/B IIC1 IIC1
TV_L/R LO2_L/R AUDIO
PB
YPBPR HP_L/R OUT I/F
PR IIC2 IIC2
AV1_VOUT VCC
CI POWER ON
LIN DVB_RF
POWER_DET
JK3100A AV2_VOUT
CVBS
VDAC OUT SBI0
SUB1.2V_D
SUB1.2V_A
RIN IN1 SBI0
CPU BUS
ACHIP3.3V
CLOCK
SBO0
PD_XRST
PA_NRST
SBO0
DDR I/F
AUDIO
SUB3.3V
SUB1.5V
LOSDO1
STB3.3V
LOUT AV1_L/ROUT
AVDDH
IN/OUT
IIC_IF
ROUT AV2_L/ROUT
I/F
TS I/F
R L/ROUT
AX0 AX1
JK3001 G 9V 5V 3.3V
PC IN B
SUB3.3V IC8100
AV3_V IC5603 X8002
JK3707 CLOCK GEN
AV3_L 24.576MHz
IIC2
AV3 IIC0 3.3V
AV3_R IC8240,41
CI POWER ON
DDR1.5V
POWER_DET
Parallel_TS
HP_L
DDR3 #0,1 IC5604
DTV_RST
HP_R
LOSDO1
HEADPHONE IC8400 AVDDH
IC8950
Parallel_TS(CI_IN) CI TS EEPROM
Parallel_TS(CI_OUT) CONT.
IC8921
JK8401A IC8402 IC5470
CI SLOT 5V_CI IC8401 NAND
FLASH
CPU BUS
RESET
CI ASIC
2
CI 3
P7 A7 POWER ON
STB5V STB5V
STB5V 1 4
P_S0 SUB9V SUB9V SUB9V
P_S0 3
P_S1 5
P_S1 4
TV_SUB_ON SUB5V SUB5V
TV_SUB_ON 5
6
PANEL_MAIN_ON
PANEL_MAIN_ON 7 P+15V
STB5V_SW_ON 7
STB5V_SW_ON 8
SOS4_PS SUB3.3V SUB3.3V
SOS4_PS 9 8
5V STB3.3V STB3.3V
MAIN_SW_1 12
STB_PS 9
MAIN_SW_2 14
D5433 D5442
IC2952
SOS F15V
SOUND15V 10
TNR5V Q5431 D5441
IC5290 VOLTAGE D5434 D5444
F15V
DROP
IC5302 SUB6V ERROR DET
9V
IC5303 SUB_OP_5V SUB6V
D5431
P6 A6 SUB6V D5445
+6V
+5V SUB_OP_5V
SUB1.5V DCDC_EN
SOUND15V 1 SUB9V
DCDC_EN SUB_OP_5V SUB5V
SOUND15V 2 IC5250 D5432
SUB5V OVER
F15V 7 VOLTAGE SUB1.2V_A
D5602 5V
IC5500 SUB1.2V_D
SUB3.3V
F15V 8
F15V IC5501 SUB1.5V D5440 D5435 D5437 D5449 SUB1.2V_A
Q5432 +1.2V
F15V 9 Q5603 Q5602 SUB3.3V
F15V DET ON/OFF +3.3V SUB1.2V_D
P+15V 3
+1.2V
SUB1.5V D5439 D5443
+1.5V
P+15V
36
11.3. Block (2/5) Diagram
A DIGITAL SIGNAL PROCESSOR
LVDS DATA LVDS DATA
PORT-Z(INPUT) Yport(Out2nd)
IC4200
XOUT
IC4211 IC4204
X4200 FRC-S
27MHz DDR I/F DDR2 DDR1.8V
XIN
IC4205 IC9300 PD4H
IC4212
RESET
A1.05V
A31 C11
D1.05V
IIC1 IIC1
MIIC EEPROM
3.3V
2.5V
1.8V
FRC3.3V VIDEO DATA 10
PLASMA AI VIDEO DATA
MIIC LVDS DATA
CPG with SS 63
D5436 D5448 H/V Sync Control VIDEO DATA
IC4206 Sub Filed Processor 66 P+3.3V
IC9304
ADDR/DATA 68 P+3.3V
D5447 FRC_D A1.05V FLASH IIC2
IC4201 1.05V MEMORY FLASH I/F
HQ_XRST
P_S0 CONTROL DATA
IC4207 P_S0
1.05V
P_S1 DISCHARGE CONTROL
FRC2.5V P_S1
LOSDO1 CONTROL DATA
DCDC_EN LOSDBI
A32 C21
SUSTAIN CONTROL
IC1100 IC9800 3
P+15V 1.2V IC9400,01,02 VIDEO DATA
48
SYSTEM MPU GenX8 +1.2V SCAN CONTROL BUFFER
CONTROL DATA
3.3V 66 P+3.3V
OSDXO IC9803
X1100 XRST_SYS_PD4 UHZ 68 P+5V
DDC_2_IIC
DDC_2_IIC 10MHz SUSTAIN CONTROL
DDC_1_IIC OSDXI +3.3V DRVRST_PD4 SOS_DCC
DDC_1_IIC
DDC_0_IIC X0 X1 63 SOS8_SS
DDC_0_IIC
LVDS DATA
1 DDC5V_C IC9801
DDC5V_C
DDC5V_B
DDC5V_B X9300
DDC5V_A +5V
DDC5V_A
HDMI_CEC
HDMI_CEC
HDMI_CEC
P+3.3V
SOUND SOS P+3.3V DET
SOUND SOS
(LED:3TIMES)
HQ_XRST (LED:12TIMES) P+5V
HQ_RST P+5V DET
DTV_RST (LED:5TIMES)
DTV_RST P+15V
STB_RST
STB_RST
DRVRST
PD4_DRVRST
D9807 D9806
TV SUB ON
TV SUB ON
POWER VCC ON OHZ
POWER VCC ON
XRST_SYS_PD4
XRST_SYS_PD4
SOS
SOS IIC1 IIC1 SOS_DCC
(LED:10TIMES) IC1101 STB3.3V DRVRST_PD4
STB LED(G) D_UHZ A20 SC20
STB LED(G) GENX
POWER LED(R) IIC EEPROM SOS8_SS
SCAN CONTROL
POWER LED(R)
GENX SC_UHZ
AI_SENSOR 18 UHZ
AI_SENSOR IIC SOS6_SC1
REMOTE IN 15 SOS6_SC1
REMOTE IN SOS7_SC2
IC1000 IIC0 16 SOS7_SC2
PANEL SOS 1 P+5V
PANEL SOS TEMP SENSOR
PANEL MAIN ON 29 P+15V
PANEL MAIN ON
30 P+15V
SUB3.3V DET
KEYSCAN1
KEYSCAN1
SW_OFF_DET SUB5V DET
SW_OFF_DET
CN0101
SUB9V DET FOR
AV1_QLINK IIC0 FACTORY
AV1_QLINK IIC2 USE
AV2_QLINK STB3.3V SBI0/SBO0
AV2_QLINK
CN0102
2 FOR
IIC1 FACTORY
IIC2 USE
3 Genx_IIC
STB5V
4
SUB9V
5
IC5251 SUB_AI_3.3V
SUB5V SUB5V
6 3.3V
P+15V
7
D2520
SUB3.3V A1 K1 POWER LED
8 STB3.3V STB LED(G) G_LED_ON G
STB3.3V 2 2
9 POWER LED(R) R_LED_ON R
3 3
AI_SENSOR AI_SENSOR SN2510
6 6
REMOTE IN RMIN AI SENSOR
F15V STB3.3V 1 1
10 STB5V SUB_AI_3.3V
8 8 RM2510
STB+3.3V
STB3.3V REMOTE
SUB9V D5470 4 4
AC_SW_OFF STB5V_SW_ON KEY SWITCH
STB_RST
STB_RST SW2550 F
AC_SW_OFF SW2551 VOL.UP/CH.UP
PANEL SOS SW2552 VOL.DN/CH.DN
SOS8_SS PANEL SOS
SW2553 TV
SOS8_SS DRVRST STB_RST Q5475 SW2554 AV
K POWER LED
(LED:8TIMES) DRVRST REMOTE RECEIVER
KEYSCAN1
SOS6_SC1 DRVRST_PD4 KEY SWITCH C.A.T.S. SENSOR
SOS6_SC1 DRVRST_PD4
(LED:6TIMES) POWER_DET Q5478
POWER VCC ON
SOS7_SC2 P3.3V
SOS7_SC2
PUSH
SC_UHZ SW_OFF_DET
TV SUB ON (LED:7TIMES)
D5450
SOS_DCC UHZ D_UHZ SW2500
Q5476 SOS_DCC SW_OFF_DET
(LED:9TIMES) POWER SWITCH
SOS4_PS IC5481 5V
SOS4_PS
(LED:4TIMES) STB_PS
ANALOG-ASIC
37
11.4. Block (3/5) Diagram
XS SAT Tuner,DVB Tuner 2
IC6700
TU6700
LNB POWER
SAT Tuner B+18V SUPPLY
B+18V 18V VIN
DISEQC IIC1 XS3 A88A
IIC1 IIC1 13 FE SDA
IF3.3V
IC6701 IF3.3V
11 FE SCL
IF3.3V +3.3V 24 SUB6V
26 SUB3.3V
3.3V
28 F15V
IC6702
30 F15V
VDD1.0V +1V
24
TS DATA
Parallel_
TS(FE0) 15
TS IF
38
11.5. Block (4/5) Diagram
P POWER SUPPLY
HOT COLD
5A 250V IC902 Vda
CONTROL
D108 Q300-Q303
D109 PR101 -
T100 T301 IC901
RESONANCE IC903 + +
D701 Vda T900
-
ERROR DET
PHOTO COUPLER DRIVE
Q901
Q103 Q104 CONTROL DISCHARGE P2 SC2
DRIVE CONTROL D702 4A 250V PR900
Vsus
D703 1 Vsus
D903
T300
D904
IC100
P11 SS11
PFC
Q703 Q701
IC700 1 Vsus
Q714
DET 4 P+15V
MULTI
R141 CONTROL D708
PFC
Q706 Q715
Q705 DISCHARGE P35 C25
IC601 Vsus
PFC_ON REFERENCE
1 Vda
PHOTO COUPLER
2 Vda
Q101 Vsus
Q709-Q712
VR251
RL100
Vsus Adj
IC701
D100
Q609 Vsus IC904 R923
RECTIFIER NEUTRAL Q707 ERROR DET Vda Vda
RL101 ERROR DET
Q602
P25 NO USE
RL102
1 P+15V
V_RESO_ON
2 P+15V
LIVE
Q600 PFC_ON Vda_IN
IC603 5 STB5V
Vsus_IN
T400 D800
POWER MICOM 7 S0
ALL_OFF 8 S1
D200
RECTIFIER PANEL_MAIN_ON 9 PANEL_MAIN_ON
630mA 250V IC400
MAIN RELAY_ON (LED:4TIMES) POWER SOS 10 SOS_P4
F200 STB
+
RUSH RELAY_ON TV SUB ON
CONTROL
MAIN SW_ON
STB5V_IN
F_15V_ON
IC800
AC FAIL
ON/OFF
STB5V_
XIN
Q805
IC401 F+15V Q807
RST
+5V
Q400-Q402 ERROR DET XOUT
L100,L101 FILTER X600 15V
DET PHOTO COUPLER DET
4MHz
IC600 Q801
PHOTO COUPLER IC602 ON/OFF
D600
AC DET T200 RESET
IC200
D501 Q800
IC201
STB
Q505
CONTROL
IC202
F100 F101
10A 250V 10A 250V PHOTO COUPLER
IC500
STB
LIVE NEUTRAL ERROR DET
HOT COLD
3 1 P9 P34 3 1 P6 9 7 3 2 1 P7 1 3 4 7 5 11 8 9 12 14
SOUND+15V
SOUND+15V
STB5V_SW_ON
S0
S1
SOS_P4
STBY5V
MAIN_SW_2
MAIN_SW_1
P+15V
MAIN_SW_1
MAIN_SW_2
PANEL_MAIN_ON
F+15V
F+15V
ALL_OFF
TV SUB ON
OPEN A6 A7
AC CORD
39
11.6. Block (5/5) Diagram
SC SCAN DRIVE
P2 SC2 TPVSUS
TP59,TP60 SC
TP61,TP62
Vsus 1 50
VFG
1
SC JIG
2
F16V IC16661
Q16661
IC16771 D16618 COMPARATOR
Q16607
Vad+5V PC16603 Q16608 SS SUSTAIN DRIVE
CERS CRC1
PHOTO COUPLER
PC16461 CRC2 D16901
CMH PC16684 SM SCAN OUT SS
PHOTO CPH1 P11 TPVSUS SS
CSH PHOTO COUPLER 11 D16316 61
COUPLER Q16601 IC16920 IC16692
Vsus 1
1
CMH SHUNT IPD CIRCUIT
Q16402 P+15V 4
Q16403 COMPARATOR REG. IC14601-03 2
IC16304
Q16001 TPVE 13
IC16501 SCAN IC16131 UMH
DRIVER Q16002
CSH/CMH GATE D16462 VE GEN.
VRH
PC16685 IC16773 SC SM VSUS Gen. D16051 L16303
DRIVE CIRCUIT CEL Q16818 41 41
VRL DRIVER
PHOTO CIS INVERTER Q16021
8 8 SCAN Q16022 PLASMA PANEL
D16482 COUPLER VSCN-F DRIVER PC16301
IC16784,85 4 4 UML D16041 PANEL SUSTAIN
Q16441
CSH Q16621 Vfo PHOTO
PC16896,97 2 2 IC14604-06 ELECTRODE
Q16622 COUPLER
Q16452 IPD CIRCUIT TPVAD
IC16521 T16471 SS
VAD GEN. IC16151 IC16312 64
MID
CSL VOL SHUNT REG USH Q16041
CSL/CML GATE D16728 ENERGY 1
DRIVE CIRCUIT SHUNT
CML RECOVERY REG.
Q16421 Q16885 USL 2
Q16422 F16V Q16051
IC16581 D16583 F16V GEN. Q16660
13
LED(G) Q16101
ERROR DET PC16191
SC IC16561,62 Q16647 D16253 UEH Q16102 SS
A20 20
CML CPH1 SIU IC16691 IC16251 VE Gen.
58
1 2 13
CMH CIS OC1 CEL LED(G) DRIVER UML
P+15V 7 BUFFER CSH CERS OC2 NAND ERROR DET SS SS
CSL CEL CLK TPSS1
IC16241 21 24
P+15V 6
IC16563 SEL IC16786,87 UEH USL 7 7
P+5V 35 PC16722,23 IC14801-03 BUFFER UML USH
INVERTER CRC1 CRC2 SS UMH D16255 1 1
IPD CIRCUIT TPVSCN TPSC1 C23
UHZ 18
SC SM 33
UHZ D16859 SCAN
D16822 VSCN GEN. 42 42 TPSOS8
Q16280
6 6
TPSOS6 DRIVER P+5V 1
D16920 SHUNT REG
IC16490,91 5 5 SOS8_SS 7 ERROR DET
SOS6_SC1 21 D16493 VFG 5V_F (LED:8TIMES) D16282
D16280
(LED:6TIMES) Q16490 6 6 SUSTAIN CONTROL SUSTAIN CONTROL FPC DET SS2 SUSTAIN
SOS7_SC2 20 D16490 SCAN
SCAN
SEPA PROTECT 2 2 DRIVER CONNECTOR
SCAN CONTROL CIRCUIT
CONTROL
Vfo (LOWER)
Vscn IC16792,93 1 1
IC14804-06
VHIZ
P+15V D16871 VHIZ GEN. 7 7 VHIZ
D16721 IC16724
D16872 8 8 SCNR_PRO
(16V_F)
P+5V +5V 9 9 CHA
D16820 Q16876 D16821 D16791 (SC1)
ERROR DET 15V_F
SC SM LOGIC IC
D16476 D16475 SIU
IC16471 CHA 46 46
PC16480 Q16471 OC1
TPSOS7
D16480 D16473 OC2 IC14901,02,04
PHOTO SHUNT SCNR_PRO CLK
(LED:7TIMES) COUPLER REG SEL SM1-SM8
PLASMA PANEL
PANEL SCAN
ELECTRODES
SUSTAIN CONTROL
CONTROL DATA
CONTROL DATA
VIDEO DATA
VIDEO DATA
SOS8_SS
P+3.3V
P+3.3V
P+3.3V
P+5V
A31 C1 DATA DRIVER (RIGHT) A32
C2 DATA DRIVER (LEFT)
C11 59 6 3 1 C21 66 21 6 3 1
C23 SS33
1 P+5V
C10 C20 7 SOS8_SS
IC17101 P+3.3V BUFFER SUSTAIN CONTROL
19 2
P+3.3V BUFFER
BUFFER 18 3 IC17202
Vda IC17201
5 16 C25 P35
Vda
1 20 1 Vda
2 Vda
CB1 CB2 CB3 CB4 CB5 CB6 CB7 CB8 CB9 CB CB CB CB CB CB
10 11 12 13 14 15
PANEL DRIVER PLASMA PANEL PANEL DRIVER
40
12 Wiring Connection Diagram
12.1. Caution statement.
Caution:
Please confirm that all flexible cables are assembled correctly.
Also make sure that they are locked in the connectors.
Verify by giving the flexible cables a very slight pull.
12.2. Wiring (1)
41
12.3. Wiring (2)
42
12.4. Wiring (3)
43
44
13 Schematic Diagram
13.1. Schematic Diagram Note
45
13.2. P-Board (1/4) Schematic Diagram
! P-BOARD LSEP1290EEHB (1/4)
COLD
B HOT
COLD
HOT
TO
AC CORD
C0DBZYY00361
PFC
COLD HOT
AB AG TO
P-BOARD
AA AC AD AE AF AH AI AJ AK AL AM
(3/4)
1 2 3 4 5 6 7 8 9
46
13.3. P-Board (2/4) Schematic Diagram
! P-BOARD LSEP1290EEHB (2/4)
TO
C2-BOARD
(C25)
COLD
HOT
C0DBZYY00360
Vda
CONTROL
B3PBA0000459
PHOTO
COUPLER
C0DBZMC00006
Vda
ERROR DET
C0DBZMC00006
3
Vda
ERROR DET
TO
SC-BOARD
(SC2)
TO
SS-BOARD
(SS11)
LSSK0087
MULTI
CONTROL
C0DBZMC00006
Vsus
ERROR DET
HOT COLD
TO BJ
P-BOARD
BA BB BC BD BE BF BG BH BI BK
(4/4)
10 11 12 13 14 15 16 17 18
47
13.4. P-Board (3/4) Schematic Diagram
AA AC AD AE AF AH AI AJ AK AL AM
AB AG TO
P-BOARD
(1/4)
! P-BOARD LSEP1290EEHB (3/4) 11
COLD HOT
12
B
HOT
13
COLD
14
MIP2K20MSSCF
STB
15
CONTROL
C C0DBZMC00006
AC DET
16
17
B3PBA0000459
PHOTO
COUPLER 18
D
HOT
C0DBZMC00006
COLD STB
ERROR DET
B3PBA0000459
PHOTO
HOT COUPLER 19
20
21
COLD
22
B3PBA0000459
E PHOTO
COUPLER
23
24
25
1 2 3 4 5 6 7 8 9
48
13.5. P-Board (4/4) Schematic Diagram
TO
BA BB BC BD BE BF BG BH BI BK
A-BOARD
BJ (A6)
TO
COLD
P-BOARD
HOT
(2/4)
11
MIP418AMDS
STB
CONTROL
12
B3PBA0000459
13 PHOTO
COUPLER
C0DBZMC00006
14 F+15V
ERROR DET
HOT COLD
15
16
17
18
NO
USE
19
20
21
22
TO
A-BOARD
(A7)
C2ABDB000130
POWER
MICOM
23
! P-BOARD LSEP1290EEHB (4/4)
C0EBH0000210
RESET
24
25
10 11 12 13 14 15 16 17 18
49
13.6. A-Board (1/24) Schematic Diagram
! A-BOARD (1/24) IIC
FRC_3.3V
P3.3V SUB3.3V
R0939
0
TO 21/24
IC8001 R0955 R0960 R0959
Adjustment Connector Development Connector
R0956 R0958 R0957
AVC31 2.2k 2.2k 2.2k 2.2k 3.3k 3.3k CN0100 CN0101
R0948 68
400kHz R0953 100
PD_SCL2 PEAKS_SCL2
R0947 68
PD_SDA2 PEAKS_SDA2
R0954 100
TO 20/24
R0950 68
PD_SCL1 PEAKS_SCL1
R0949 68
PD_SDA1 PEAKS_SDA1
R0952 68
PD_SCL0 PEAKS_SCL0
R0951 TO 20,24/24
B
68
PD_SDA0 PEAKS_SDA0
ADJ-GENX_SCL
ADJ_GENX_SDA TO 20/24
(GenX8 Loarder/E2PROM)
R0962 R0963 *R0972 *R0973 R0933 R0934
0 0 0 0 0 0
R0903 R0904 R0909 R0910 R0930 R0929 R0946 R0945 R0911 R0912
*R0936 *R0935
S
S
S
S
S
22 22
STB3.3V
R0916 R0915
4.7k 4.7k
C GENX_SCL1
R0913
22
TO 6/24
GENX_SCL0
PEAKS_SDA0
TMP-SENS_SCL
GENX_SDA0
AV-SW_SCL
PEAKS_SCL0
AV-SW_SDA
TMP-SENS_SDA
FE1_SDA
PEAKS-EEP_SCL
GENX_SDA1
FE1_SCL
PEAKS-EEP_SDA
FRCS_SDA
PD4H_SDA
FRCS_SCL
PD4H_SCL
R0914
22
FE-OUT_SCL R0917 R0918
FE-OUT_SCL 22
22
TO 13,24/24 FE-OUT_SDA FE-OUT_SDA
TO 2/24
TO 15/24
TO 6/24
TO 16/24
TO 12/24
TO 13,24/24
TO 20,24/24
TO 5/24
TO 20/24
GENX-EEP_SCL
GENX-EEP_SDA
IC9300 TO 2nd_FE IC4200
IC1000 IC3001 IC8300
TU2901 Free-SAT FE IC8950 IC1100
TO 6/24
PANEL TEMP SENSOR AV-SW FE D/A TUNER DVB-T2 FE FRCS Peaks EEP IC1101
MM3285ANRE R2A11014FT CXD1978R HK-D FE GenX8
(PD4H) GenX EEP
China-D FE
8k
Brazil-D FE
A TUNER
E IC8000
Peaks LDA2
TP0917
TDI
TP0920
TDO
201:B8
PD_TCK
R0908
10k FRC_3.3V
IC4200
201:B9
PD_TDI R0989 R0988 R0993
2.7k 2.7k 10k FRC-S
TP0902
201:B9
TP0904 PD_TMS FRCS_TDO
201:B9 TP0918
PD_TRST FRCS_TDI
TCK
TP0916 FRCS_TCK
TRST
TP0919 FRCS_TRST
TMS FRCS_TMS
201:B9 R0971 R0987
PD_EVTRG
10k 10k
TO 15/24
R0907
EXB28V103JX
TO 21/24
1 2 3 4 5 6 7 8 9
50
13.7. A-Board (2/24) Schematic Diagram
SUB5V
! A-BOARD (2/24) CI SLOT SUB5V_CI
P
VJ8513
Command Inteface Buffers --> Level shifter IC
C8409
16V
0.1u
CI_EAA9
CI_EAA11
CI_EAA12
CI_EAA10
CI_EAA14
CI_EAA15
VJ8517
S
AC_XPDWT
PD_HSDOUT4
CI_WE-
CI_REG-
AC_XPDOE
CI_OE-
CI_IOWR-
CI_RESET-
68
CI_CE1-
R8501
CI_IORD-
PD_HSVALOUT
AC_XPDWE R8502 68
PD_HSDOUT0
TO 5/24 AC_IORD R8503 68
R8459 47k PD_HSDOUT2
AC_IOWR R8504 68
R8458 47k CI_DA3 CI_DA3 PD_HSDOUT3
CD1# VJ8516 AS_CD1- AC_CI_RESET R8508 68
R8429 47k SUB3.3V S
PD_RMCO
CI_DA4 CI_DA4 CI_CD1- PD_HSBCLKOUT
R8465 68 CI_DATAOUTA3 R8466 PD_HSBCLKOUT
R8430 47k 10k C8414 PD_MII_SBI
TO
EXB2HV680JV
CI_DA5 CI_DA5 CI_MDO3 25V PD_MII_SBI
EXB28V680JX
R8442 68 CI_DATAOUTA4 0.01u AC_XPDCE1 R8505 68 21/24
R8424
PD_HSSYNCOUT
R8423
R8426 R8425 R8457 CI_MDO4
P
VJ8514 CI_DA6 CI_DA6 R8436 AC_XEDB R8510 68
68 68 10k R8443 68 CI_DATAOUTA5 PD_HSDOUT1
22k
C8404 CI_MDO5
CI_DA7 CI_DA7
16V R8444 68 CI_DATAOUTA6 CI_POWER_ON R8509 68
0.1u PD_SMTRST0
2.2k
2.2k
10k
CI_MDO6
10k
10k
CI_CE1- CI_CE1- AC_XETS_CI R8506 68
R8445 68 CI_DATAOUTA7 PD_SMTCMD0
CE1# AC_CI_OSEL R8507
CI_MDO7 R8451 68
C8403 CI_EAA11 CI_EAA11 PD_LOSDO3
10k AC_XEAB
16V CE2# R8480 68
A10
R8438
R8471
R8472
R8473
R8474
PD_SMTD0
0.1u CI_OE- CI_CE2- CI_OCP
CI_OE- R8498 68
R8420 VS1# PD_XIRQ9
OE#
16
15
14
13
12
11
10
EXB2HV101JV
9
8
7
6
5
3
2
1
CI_EAA12 CI_EAA12 S
CI_DA7 VJ8518 AC_XEAB CI_IORD- AC_REG
NCE5VOUT
EA5VOUT11
EA5VOUT12
EA5VOUT10
GND
EA5VOUT9
EA5VOUT14
EA5VOUT15
NIOWR5V/EA8
NIORD5V/EA9
A11
17 64 S CI_IORD-
CI_DA6 AC_REG CI_EAA10 CI_EAA10 VJ8520
CI_IOWR-
CI_DA5 18 63 AC_IOWR A9
CI_EAA9 CI_EAA9 CI_IOWR-
CI_DA4 19 ED5VIO7
NOE5V/EA10 62 AC_IORD CI_PKTSTINA
CI_RESET_5VOUT NIORD3V/EA13 A8
CI_DA3 20 ED5VIO6 VDDADR 61 AC_XPDOE CI_EAA14 CI_EAA14 CI_PKTSTINA
NREG5VOUT ED5VIO5
NWE5V/EA11 NOE3V/EA14 CI_DATAINA0
CI_DA2 21 60 AC_XPDWE A13
NOE_ADR
VDD5V1
NREG3VIN
ED5VIO2
EA5VOUT6ED5VIO3
EA5VOUT7ED5VIO4
NWE3V/EA15 CI_EAA15 CI_DATAINA0
NIOWR3V/EA12
CI_EAA15
CI_DA1 22 59 AC_XPDCE1 CI_DATAINA1
ED5VIO1 NCE3VIN A14
CI_DA0 23 58 AC_XEDB CI_WE- CI_WE- CI_DATAINA1
ED5VIO0 NOE_DAT CI_DATAINA2
CI_EAA1 24 57 AC_CI_RESET WE#
ED3VIO5
EA5VOUT1 CI_RESET_3VIN CI_IREQ- CI_IREQ- CI_DATAINA2
25 56
VDD3V
CI_EAA2 VJ8512 AA_XEAS CI_DATAINA3
MODE
EA5VOUT2 LE IREQ#
GND
26 55 S
CI_EAA3 VJ8511 AA_ERXW CI_DATAINA3
EA5VOUT3 RNW S VCC
CI_EAA4 27 54
R8515
VCC
R8428
EA5VOUT4 VDD5V2 GND ED3VIO7
CI_EAA5 28 53 2.2k 10k
EA5VOUT8ED3VIO4 VPP1 VPP2
EA5VOUT5 ED3VIO6
CI_EAA6 29 EA5VOUT13
ED3VIO3 52 CI_ENINA CI_ENINA C8417
ED3VIO0
ED3VIO1
ED3VIO2
C8416 C8418
EA3VIN1
EA3VIN2
EA3VIN3
EA3VIN4
EA3VIN5
EA3VIN6
EA3VIN7
MDI4 CI_DATAINA4 C8412
CI_EAA7 30 51 MIVAL 16V 6.3V 6.3V 6.3V
CI_CLKINA CI_CLKINA CI_DATAINA4 0.1u 22u 22u 22u
31 50 MDI5 CI_DATAINA5
MCLKI
32 49 CI_EAA13 CI_DATAINA5
R8422 R8516 CI_EAA13
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
C8406 MDI6 CI_DATAINA6
EXB2HV680JV 10k A12
16V R8450
CI_EAA8 CI_EAA8 CI_DATAINA6
0.1u CI_DATAINA7 47k
MDI7
A7
CI_EAA7 CI_EAA7 CI_DATAINA7
MCLKO R8464 68 CI_CLKOUTA
R8453
A6
68
CI_EAA6 CI_MCLKO
C8405 CI_EAA6 TP8401
CI_RESET-
16V
0.1u IC8401 R8452
68
R8419 CI_EAA5 CI_EAA5
A5
RESET
CI_RESET-
CI_WAIT-
FE0_CLK C1AB00002913 EXB2HV101JV
A4
WAIT#
FE0_CLK CI_EAA4 CI_EAA4 CI_WAIT- R8481
CI_EAA13
FE0_VAL INPACK#
CI_EAA8
CI ASIC 22k
AA_ED0
AA_ED1
AA_ED2
AA_ED3
AA_ED4
AA_ED5
AA_ED6
AA_ED7
AA_EA1
AA_EA2
AA_EA3
AA_EA4
AA_EA5
AA_EA6
AA_EA7
FE0_VAL A3
FE0_PSYNC CI_EAA3 CI_EAA3 CI_INPACK-
FE0_PSYNC REG# CI_REG-
FE0_MDO7 A2
FE0_MDO7 CI_EAA2 CI_EAA2 CI_REG- AC_CHVAL R8488 68
FE0_MDO6 R8463 68 CI_ENOUTA
FE0_TS_Parallel
FE0_MDO6 A1 AC_CHSYNC R8489 68
FE0_MDO5 CI_EAA1 CI_MOVAL
CI_EAA1
FE0_MDO4
FE0_MDO5 TO 24/24 A0
R8462 68 CI_PKTSTOUTA AC_CHCLK R8490 68
FE0_MDO4 CI_DA0 CI_DA0 CI_MOSTRT AC_CHDI0 R8491 68
FE0_MDO3 R8446 68 CI_DATAOUTA0
FE0_MDO3 AC_CHDI1 R8492 68
FE0_MDO2 AA_ED0 AA_EA1 AA_XEAS CI_MDO0
CI_DA1 CI_DA1
FE0_MDO2 AA_ED0 AA_EA1 AA_XEAS R8461 68 CI_DATAOUTA1 AC_CHDI2 R8493 68
FE0_MDO1 AA_ED1 AA_EA2 AA_ERXW
FE0_MDO1 AA_ED1 AA_EA2 AA_ERXW CI_MDO1 AC_CHDI3 R8494 68
CI_DA2 CI_DA2
FE0_MDO0 AA_ED2 AA_EA3 R8460 68 CI_DATAOUTA2
FE0_MDO0 AA_ED2 AA_EA3 AC_CHDI4 R8495 68
CI_MDO2 R8467
AA_ED3
AA_ED3
TO AA_EA4
AA_EA4 VJ8519 10k AS_CD2- AC_CHDI5 R8496 68
CD2#
AA_ED4 5/24 AA_EA5 IOIS16#
CI_CD2- S
AA_ED5
AA_ED4
AA_EA6
AA_EA5 TO AC_CHDI6 R8497 68
AA_ED6
AA_ED5
AA_EA7
AA_EA6 3/24 C8413
25V
AC_CHDI7 R8499 68
AA_ED6 AA_EA7 R8437 0.01u
AA_ED7
SUB3.3V AA_ED7 22k
R8511
10k
*IC8360 VJ8397 R8433
TP8402 TP8400
SUB_CI_5V
C0JBAR000566
VOUT
*C8360 0.1
P
1 5
VIN
16V
C8408
PD_HS0PSYNC
0.1u
PD_HS0D7
PD_HS0D6
PD_HS0D5
PD_HS0D4
PD_HS0D3
PD_HS0D2
PD_HS0D1
PD_HS0D0
PD_HS0CLK
PD_HS0VAL
1 A/B 16
16V C8410
Vcc
GND
0.1u 2 16V
FE0_MDO0 R8360 0.1u
2 1A 15
S OE
FE1_MDO0 *R8371 0 R8362 FE0_MDO3 CI_POWER_ON
FE1_TS_Parallel
3 14 3 4
/OC
EN
1B
4A S S R8441
*R8388
FE_MDO0 *R8376 68 FE1_MDO3 VJ8515 680
4 13 0
CI_WAIT-
1Y R8434
TP8355 4B 47k
*R8379
21/24
*R8349 TOP
TP8344
*R8341 FE0_MDO1 R8361
5 2A 12 68 FE_MDO3
IC8402 R8439
TO
10k 68 S 4Y 22k
TS_PSYNC FE1_PSYNC
FE1_MDO1 *R8372 0 R8363 FE0_MDO2 C0ZBZ0001584 Q8401
6 11
30 2B TS SW 3A S
DSC200100L
L8401
GND *R8389
*R8350 *R8342
FE_MDO1 *R8377 68 7 2Y 10 0 FE1_MDO2 5V_CI R8440 J0JHC0000045
R8454
R8455
100k
100k
100k
29
10k TP8345 3B R8415
TS_VAL 68 FE1_VAL *R8378
8 9 68 FE_MDO2 EXB28V104JX
28 GND
3Y
GND R8431 R8432
*R8351 27 *R8343 10k
TP8346 10k
CI_ENOUTA
10k
CI_CLKOUTA
CI_DATAOUTA2
CI_DATAOUTA1
CI_DATAOUTA0
CI_PKTSTOUTA
TS_CLK 68 FE1_CLK TP8403
26
Q8400
SUB3.3V DSC200100L
*R8340
*IC8361
CI_ENINA
CI_CLKINA
GND
CI_DATAINA7
CI_DATAINA6
CI_DATAINA5
CI_DATAINA4
EXB2HV680JV C8407
25 16V
TP8354
MDO7
FE1_MDO3
C0JBAR000566 *C8361 C8402 0.1u
24 16V 16V
R8470
TP8353 FE1_MDO4 0.1u
MDO6 1 A/B 16 10k 0.1u
23 Vcc
TP8352 FE1_MDO5 CI_OCP
FE0_MDO4 R8364
2 1A 15
150
150
R8414
68
MDO5 22 S OE
L8400 EXB28V151JX
FE1_MDO6 FE1_MDO4 *R8373 0 R8366 FE0_MDO7 R8414
GND 3 1B 14 J0JHC0000045
4A S
EXB28V151JX
21 TP8351 FE1_MDO7 *R8390
68
R8447
*R8380
R8411
FE_MDO4 FE1_MDO7
R8449
MDO4 4 1Y 13 0
20 4B
MDO3 TP8350 *R8357
FE0_MDO5 R8365 68 FE_MDO7
5 2A 12
*R8347 4Y
19 S
EXB2HV103JV FE1_MDO5 *R8374 0 R8367
GND 6 11 FE0_MDO6 FE_CH0PSYNC R8468 R8416
2B TS SW
64
63
62
61
60
59
58
57
56
55
54
53
52
51
50
49
EXB2HV680JV EXB28V151JX
18 TP8349 *R8346 3A *R8391 S
FE_CH0VAL FE_MDO7 1 48 CI_DATAINA3
68
TS5VO0
TS5VOSYNC
TS5VOVAL
WAIT5VO
TS5VOCLK
GND
TS5VICLK
TS5VIVAL
TS5VI7
TS5VI6
MDO2 EXB28V680JX FE_MDO5 *R8355 7 10 0 FE1_MDO6
2Y
FE1_MDO0 3B FE_CH0CLK FE_MDO6 2 47 CI_DATAINA2
17 *R8356
TP8348 FE1_MDO1 68 FE_MDO6 FE_MDO5 CI_DATAINA1
MDO1 8 GND 9 3 46
16 3Y *C8373 *C8374 *C8375
FE1_MDO2 FE_MDO4 4 TS5VO1 TS5VI5 45 CI_DATAINA0
TP8347 50V 50V 50V TS3VI4 TS5VI0
TS5VO2 TS5VI4
MDO0 150p FE_MDO3 5 44 CI_PKTSTINA
15 150p 150p TS3VI3 VDD3V VDD5V TS5VISYNC
GND FE_MDO2 6 43 R8448 150
TS5VI3
TS5VI2
TS5VI1
TS3VI5
TS3VI6
TS3VI7
*R8348 TS3VI2 GND
14 FE_MDO1 7 42 CI_DATAOUTA7
TP8343
EXB28V103JX
FE_SDA
13
*IC8362 SUB3.3V
FE_MDO0 8
TS3VI1
TS3VI0
TS5VO7
TS5VO6
41 CI_DATAOUTA6 R8417
EXB28V104JX
FOR FreeSAT GND C0JBAR000566 *C8362
FE_MDO7
9
GND TS5VO5
40 CI_DATAOUTA5
CD13VO
CD15VO
CD25VO
TS3VO0
12 16V
VDD3V
FE_CH0CLK CI_DATAOUTA4
& FOR BRAZIL TP8342 R8469 68 10 39
OSEL
FE_SCL 1 16 0.1u FE_MDO6 TS3VICLK TS5VO4
A/B R8396 FE_CH0VAL CI_DATAOUTA3
R8483 68 11 38
MODEL 11 Vcc 10k FE_MDO5 TS3VIVAL TS5VO3 R8456
GND FE0_CLK R8368 2 15 FE_CH0PSYNC R8484 68 12 37 100k
1A FE1_XIRQ
*R8344 S OE FE_MDO4 TS3VISYNC TS3VO1 CD23VO VDD3V
10 R8485 10k R8413 CI_IREQ-
TP8341 AC_XETS_CI 13 36 68
TS3VOSYNC
68 S TS3VO2CD12OR3VO
FE_XRST FE1_CLK *R8375 0 3 14 OE IREQ5VO
TS3VOCLK
1B
TS3VOVAL
VJ8360 AA_XIRQ2 TS3VO3 WAIT3VO AS_CD2-
AC_CI_OSEL 14 35 VJ8000
IREQ3VO
9 4A *C8369 *C8370 *C8371 *C8372
TS3VO4
TS3VO5
TS3VO6
TS3VO7
TP8340 VJ8616 S
TO 3/24
VDD3V
FE1_XIRQ FE_CH0CLK *R8358 68 4 13 50V 50V 50V 50V 15 34 VJ8001 AS_CD1-
1Y
XIRQ
GND
S 4B 150p 150p 150p 150p S
8
TP8406 SUB6V 16 33
FE0_VAL R8369 5 2A 12
SUB6V C8401
7 S 4Y C8400
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
*L8340 16V 0.1u
GND FE1_VAL *R8387 6 11 R8370 FE0_PSYNC 16V
J0JDC0000002 SUB3.3V 0 2B TS SW 3A S
0.1u
6 *R8392
IC8400
FE_XRST / SDRAM_CHK
TP8405
SUB3.3V FE_CH0VAL *R8385 68 7 2Y 10 0 FE1_PSYNC
5 3B
*L8341 *R8386
GND 8 9 FE_CH0PSYNC R8404 C1AB00003193
68
68
68
68
68
68
68
K5H1622A0031 GND
R8393 10k FE0_CLK 3Y FE_MDO3 EXB2HV680JV
4 TP8404
FE0_VAL FE_MDO2
FE1_SDA
F15V R8394 10k
FE1_SCL
AA_FE_RST
F15V/SUB3.3V *L8342 CI TS
3 FE0_PSYNC FE_MDO1
R8409
R8410
PD_HSBCLKOUT R8412
R8395 10k
R8406
R8407
R8408
D0GBR00Z0002
CONT.
F15V/SUB3.3V FE0_MDO7 FE_MDO0
2
FE0_MDO6
F15V/SUB3.3V 1 FE0_MDO5 *C8365 *C8366 *C8367 *C8368
TO 3,5,13,24/24
AC_CHSYNC
50V 50V 50V 50V
AC_XPDWT
PD_MII_SBI
TO 1/24
AC_CHCLK
AC_CHVAL
FE0_MDO4
AC_CHDI0
AC_CHDI1
AC_CHDI2
AC_CHDI3
AC_CHDI4
AC_CHDI5
AC_CHDI6
AC_CHDI7
150p 150p 150p 150p
TO 24/24 FE_SW
*A88A FE0_MDO3
From DVB-T/C demod
FE0_MDO2
TO
FE0_MDO1
XS-BOARD
From 2nd FE (XS3) FE0_MDO0
FE0_TS_PD
R8397
EXB2HV103JV C8415
16V
0.1u
10 11 12 13 14 15 16 17 18
51
13.8. A-Board (3/24) Schematic Diagram
! A-BOARD (3/24) Peaks-DEST
TP8733
TO 21/24 VOUTENB PD_VOUTENB PG-DTV_VOUTENB
TO 6/24
R8825
R8739
10k
PEAKS-LDA2
TP8104 PD_PWMA
PEAKS-LDA2
TP8105 PD_PWMB
Achip
TP8106 ADC
PD_PWMC
TO 21/24
TP8107 PD_PWMD
SUB3.3V
TO 21/24
TP8108 PD_PWMK
C8136
R8651 10k PA_VREFH0
PD_XECS2 TP8101 PD_WUC 16V 0.1u C8144
R8652 10k
TP8102
TO 4,21/24 16V
0.1u
TO 21/24 PD_XECS3
R8622 68
PD_WAKEUP C8140
PA_VREFL0
16V 0.1u
PD_XECS4 AA_XEAS BOOTBT TO 2/24 TP8103 PD_MII_SBO TO 21/24
R8649
10k
C8137
PA_VREFH1
16V 0.1u C8145
16V
C8141 0.1u
PA_VREFL1
16V 0.1u
TP8600
VJ8601 C8138
PA_VREFH2
0.1u
TO 21/24 PD_XECS5
S
PG-SD_BOOT_STS
TO 6/24 16V C8146
16V
R8669 C8600 C8142 0.1u
50V PA_VREFL2
10k 1000p 16V 0.1u
PEAKS-LDA2 PEAKS-LDA2
TO 21/24 Achip
SUB3.3V R8102 C8150 TO 21/24 C8139
10k 50V R8100 PA_VREFH3
PD_CK27B 16V 0.1u C8147
8p 220 16V
PA_AXO C8143 0.1u
PA_VREFL3
0.1u
10k
10k
10k
10k
10k
10k
10k
16V
X8002
R8103 H0J245500101
10k
PD_CK74B 24.576MHz
R8661
R8638
R8743
R8748
R8880
PA_AXI
R8606
R8754
C8148
PA_BIAS
C8151 10V 1u
50V
R8645 68 8p C8149
PD_NFRYBY AB_NANDRYBY
TO 5/24 10V 1u
PA_BIAS2
PD_XIRQ1
R8636 68 R8105
0
PD_XIRQ2 AA_XIRQ2
TO 2/24
PD_XIRQ3
R8692 68 TO 3/24 F7 USB_12M_2 PD_USBXI
SIF
VJ8604
PD_XIRQ4 C2075
S
PA_VREFHSIF
16V 0.1u C2076
VJ8600 16V
PD_XIRQ6 C2077 0.1u
S
VJ8605 PA_VREFLSIF
PD_XIRQ7 16V 0.1u
S
VJ8606
PD_XIRQ8
S
C2078
TO 21/24 VJ8607
10V 1u
PA_VREF1V5
PD_XIRQ10 S
AA_XIRQ10 TO 16/24 C2079
PA_VREG
16V 0.01u
R8641 68
PD_SBI0
R8642 68
PD_SBO0
VJ8615
PD_XRTS0
S
AA_FE_RST
TO 2,5,13,24/24
R8600
10k
R8610
68
PD_ERXW AA_ERXW
PD_EA0
PD_EA1 AA_EA1 SUB3.3V
X8100
PD_EA2 AA_EA2 H0J270500120
PD_EA3 AA_EA3
PD_EA4 AA_EA4 TO 2/24 C8155
50V
C8156
50V
L8100
J0JHC0000045
15p 0.5p
PD_EA5 AA_EA5
R8660
PD_EA6 AA_EA6 C8158
EXB2HV680JV 16V 0.1u
PD_EA7 AA_EA7
TO 21/24 VJ8608 CLOCK GEN
PD_XNFCE XNFCE
S
R8607 68 C8157
PD_XERE 1 16 16V 0.1u
X1
VJ8609 X2
PD_XNFWE XNFWE
S
VJ8610 2 S0 15
PD_XNFRE
VJ8611
S
XNFRE
TO 5/24 R8109 VDD3 R8110
PEAKS-LDA2
C1ZBZ0003967
PD_NFALE NFALE 10k 3 14 10k
S S1
R8689 68 S2
IC8100
PD_EA24
VJ8612 4 13
TO 21/24 DEVICE CLK
PD_NFCLE NFCLE VIN R8112 R8120
S VDD2 56 0
VJ8613 C8159
PD_XNFWP XNFWP 5 12 10V 10u PD_DCK33IN
S VDD1
DDR3 33.3MHz R8119
GND2
10k
C8154 6 11
2.2k
2.2k
GND1
10k
10k
10k
PD_IPCK33IN
16V 0.01u CLK4 R8115
7 10 56
CLK1 USB_12M_2
CLK3
USB 12MHz
R8657
R8658
R8673
R8691
R8672
8 CLK2 9 TO 3/24
REFOUT
R8116
56
PD_CK27A
LDA2 27MHzA
VCXO #0
R8114 56 EtherPHY 25MHz
ETHER_25M
R8644 R8685
68 2.2k
TO 21/24 PD_XEWE1
R8111 56 LDA2 74.175824MHz
PD_CK74A
TO 4/24
TP8109
R8117
100k
PD_VC27A
C8160
TO 3,11,21/24 10V
PD_MVDACOY_AVSW PD_MVDACOY TO 21/24 1u
R8757
160
PD_DAAVDD1 TO 21,22/24
R8758
24k
PD_VVREF
C8742 C8741
R8759
10V 10V 10k R8760
1u 1u 24k
PD_MVIREF TO 21/24
PD_VCOMP
19 20 21 22 23 24 25 26 27
52
13.9. A-Board (4/24) Schematic Diagram
! A-BOARD (4/24) USB,ETHERNET
USB I/F
USB1
SUB_OP_5V
C8726 C8727
10V 16V
10u 0.1u
IC8701 USB5V
C0DBZYY00365
1 GND
/OC1
8
L8707 TP8707 LAN
SUB3.3V
2 IN 7
J0JHC0000045 TO 3/24
OUT1
+
TP8708
PEAKS-LDA2 3 EN1 6 C8728
6.3V
C8731
16V
R8741
ETHER_25M
OUT2 2.7k
TO 21/24 R8747
4 5
220u 0.1u
10k EN2
/OC2
PD_USB1VBUS
AP_MDC
AP_MDIO
R8746
PD_MII_RXD0
PD_MII_RXD1
PD_MII_RXD2
PD_MII_RXD3
PD_USB1OC S R8734
0
R8745
4.7k
4 1
PD_USB1DP
3 2
56
56
56
56
PD_USB1DN
R8737 C8714
FL8701 50V
R8744
J0MAB0000140 PEAKS-LDA2 6.49k
100p
1%
SUB3.3V
R8728
R8729
R8730
R8732
6.2k 1%
PD_USB1RREF PD_MII_TXCLK
PD_MII_TXCLK L8701 R8566
J0JHC0000045 0
R8703 56 AP_MII_TXD0
PD_MII_TXD0
L8705
R8704 56 AP_MII_TXD1 J0JHC0000045 C8516 C8515
PD_MII_TXD1 16V
10V
C8711 10u
AP_MII_TXD2 L8702 0.01u
R8705 56 10V
PD_MII_TXD2 J0JHC0000045 10u
R8706 56 AP_MII_TXD3 C8717
J0JHC0000045
PD_MII_TXD3
10V 10u L8512
L8706
R8707 56 AP_MII_TXEN
24
23
22
21
20
19
18
17
16
15
14
13
PD_MII_TXEN TX+ J0ZZB0000083
C8712 C8740 1 12
16V TX+
MDC
GND
GND
GND
1
XO
REXT
10V
MDIO
PD_MII_RXCLK 10u
RXD0/DUPLEX
RXD1/PHYAD2
RXD2/PHYAD1
RXD3/PHYAD0
XI
2
0.1u
PD_MII_RXCLK
TX- TX- 2
C8718 2 11
1
PD_MII_RXD0
16V 0.1u RX+ 3
PD_MII_RXD0 3 10
VDDIO_3.3 TX+
PD_MII_RXD1 25 12 4
4 9
PD_MII_RXD1 VDDIO_3.3 TX- 5
PD_MII_RXDV 26 11 RX+
R8721 56 5 8
PD_MII_RXD2 RXDV/CONFIG2 RX+
27 10 RX- 6
PD_MII_RXD2 PD_MII_RXCLK R8722 56
2
RXC RX- 7
PD_MII_RXD3 PD_MII_RXER 28 9 RX- 6 7
R8723 56
1
PD_MII_RXD3 RXER/ISO VDDA_3.3 R8525 R8527 R8524 R8526 8
29 8
C8713 49.9 49.9 49.9 49.9 L8511
USB0 PD_MII_RXDV
PD_MII_RXDV
16V 0.1u 30
GND VDDA_3.3
7 J0ZZB0000083
31
VDD_1.8 V1.8_OUT
6
T8301
SIDE_DUAL PD_MII_RXER
PD_MII_RXER PD_MDIO_INTL R8724 56
INTRP VDDA_1.8 C8513 C8512 G5BYC0000015
PD_MII_TXCLK 32 5 16V
R8725 56 16V
PD_MII_COL TXC VDDA_1.8
PD_MII_COL AP_MII_TXEN 33
34
TXEN GND
4
3
C8719
16V 0.1u
0.1u 0.1u L8513
J0ZZB0000083
JK8301
LED0/MWAYEN
PD_MII_CRS AP_MII_TXD0
TO
CRS/CONFIG1
COL/CONFIG0
PD_MII_CRS TXD0 GND K2LC1YYA0005
LED1/SPEED
35 2 2 1
21/24 SUB3.3V AP_MII_TXD1
TXD1 GND
C8720
36 1 16V 0.1u 10BASE-T/
100BASE-TX
IC8703 R8381 R8382
TXD2
TXD3
RST#
GND
R8711 4.7k C8721 75
75 ETHERNET
NC
NC
NC
NC
SUB3.3V 16V 0.1u R8383 R8384
L8708 R8712 4.7k C1CB00003239 75 75
37
38
39
40
41
42
43
44
45
46
47
48
J0JHC0000045 TP8734 C8722
PEAKS-LDA2 ETHERNET IF 10V 10u
R8764
JK8700 VJ8500
+
C8744 C8747 TP8735
R8708 56 AP_MDC C8739
TO 21/24 10k
6.3V 16V
R8742
2.7k
PD_MDC
10V 10u P
220u 0.1u
K1FY208B0008 R8709 56 AP_MDIO
56
56
PD_USB0VBUS PD_MDIO VJ8501
R8735
R8763 PD_MDIO_INTL 10k P
1 PD_MDIO_INTL
R8731
R8733
PD_USB0OC VBUS1
S A-1
DM1
R8762 A-2
4.7k DP1 AP_PHYRSTL
A-3 R8710 56
PD_PHYRSTL
FL8702 GND
AP_PHYRSTL
AP_MII_TXD2
AP_MII_TXD3
A-4
PD_MII_CRS
PD_MII_COL
J0MAB0000140
2
4 1 B-1
PD_USB0DP VBUS0
3 2 B-2
PD_USB0DN DM0
SUB3.3V
B-3
DP0
B-4
R8761 GND
6.2k
PD_USB0RREF R8726 R8727
1%
10k 10k
USB_0,1
PD_WAKEUP
TO
3,21/24 PD_WUC
28 29 30 31 32 33 34 35 36
53
13.10. A-Board (5/24) Schematic Diagram
! A-BOARD (5/24) CI SLOT,SD CARD,FLASH MEMORY
USE Adress CI CONNECTOR
Data Multi PleX
Port
TP7002 USE short Length
PORT10[5] LOSDO10 MIHO2_XRST / SDRAM_CHK2
PD_LOSDO10 TO 2/24
TO 21/24 I,int PD
SDRAM_CHK
PORT1[0] XRTS0 FE_XRST / SDRAM_CHK1
TP7004
R8918
EXB2HV680JV
JK8401A
TO 2,3,13,24/24
AA_FE_RST PD_ED[0-15]
6:B5
PD_ED0 AA_ED0 AA_ED0
AA_ED0 K1NA68B00054
I, int _, Terminated in Peaks-DEST PD_ED1 AA_ED1 AA_ED1
TO 21/24 AA_ED1 CI SLOT
PD_ED2 AA_ED2 AA_ED2
PC-CARD
AA_ED2
PD_ED3 AA_ED3 AA_ED3
PORT1[4] XCTS0 DDC_SEL --> DISPEN (6/22 ZW) AA_ED3
PD_XCTS0
R8668 68
DISPEN
PD_ED4 AA_ED4 AA_ED4
AA_ED4
TO 2,5/24
I,int _ PD4H I,int PD
TO 16/24 PD_ED5 AA_ED5 AA_ED5
AA_ED5
R8858 PD_ED6 AA_ED6 AA_ED6
AA_ED6 GND 1
10k
PD_ED7 AA_ED7 AA_ED7 35 GND
AA_ED7
PD_ED8 AA_ED8 CI_DA3 2
36
PD_ED9 AA_ED9
CI_DA4 3 CI_CD1- CD1#
PD_ED10 AA_ED10 37
PD_HSDOUT5
PD_ED11 AA_ED11 CI_DA5 4 CI_MDO3
I,int _
R8864 38
PD_ED12 AA_ED12
10k CI_DA6 CI_MDO4
5
PD_ED13 AA_ED13 39
TO 21/24 PD_ED14 AA_ED14 CI_DA7 6 CI_MDO5
TP7003
40
PD_ED15 AA_ED15
CI_CE1- 7 CI_MDO6
PORT2[6] SMTSEL0 SD-REC_LED_ON CE1#
41
PD_SMTSEL0 R8919
EXB2HV680JV CI_EAA11 8 CI_MDO7
I,int _ A10
R8885 42
10k CI_OE- CI_CE2- CE2#
OE# 9
43
VS1#
CI_EAA12 10
A11
44
SUB3.3V
A9 CI_EAA10 11 CI_IORD-
R8680 45
10k CI_EAA9 CI_IOWR-
A8 12
PD_RXD2 46
I,int _ CI_EAA14 CI_PKTSTINA
A13 13
47
CI_EAA15 14 CI_DATAINA0
A14
48
FLASH WE#
CI_WE- 15
49
CI_DATAINA1
CI_IREQ- 16 CI_DATAINA2
IREQ#
50
SUB_CI_5V CI_DATAINA3
VCC 17
51 SUB_CI_5V
TS I/F (Reserved) VPP1 18
VCC
52
TO 21/24 CI_ENINA 19
VPP2
MIVAL
53
NOR & NAND USE MCLKI
CI_CLKINA 20 CI_DATAINA4 MDI4
54
R8886 TS in for Rec
CI_EAA13 21 CI_DATAINA5 MDI5
10k (Reserved) A12
55
PD_CH0CLK
CI_EAA8 22 CI_DATAINA6 MDI6
SUB3.3V A7
56
AA_ED7
AA_ED6
AA_ED5
AA_ED4
AA_ED3
AA_ED2
AA_ED1
AA_ED0
AA_ED0 CI_EAA7 23 CI_DATAINA7 MDI7
AA_ED0 A6
R8887 TS in from Apollo 57
AA_ED1
10k (Reserved) AA_ED1 MCLKO
R8856 A5 CI_EAA6 24 CI_MCLKO
PD_CH1CLK AA_ED2 58
47k AA_ED2
H:3.3V
L:1.8V
AA_ED3
AA_ED3
TO 2,5/24 A4
CI_EAA5 25 CI_RESET- RESET
R8922 59
PD_SDVOLC SDVOLC
TO 21/24 AA_ED4
AA_ED4 EXB2HVR000V CI_EAA4 26 CI_WAIT- WAIT#
AA_ED5 A3
60
AA_ED5
AA_ED6 CI_EAA3 CI_INPACK- INPACK#
A2 27
AA_ED6 61
AA_ED7
AA_ED7 CI_EAA2 28 CI_REG- REG#
A1
62
CI_EAA1 29 CI_MOVAL
A0
63
C8922
16V CI_DA0 30 CI_MOSTRT
USE SD-IF SD/IC_CARD SUB3.3V 0.1u 64
AD_SDCMD CI_DA1 31 CI_MDO0
AD_SDWP
AD_SDCD
65
AD_SDCLK
AD_SDDAT2
AD_SDDAT3
AD_SDDAT0
AD_SDDAT1
CI_DA2 32 CI_MDO1
L8850 66
LOSD I/F (Reserved) R8857 68 AD_SDCLK J0JHC0000045
33 CI_MDO2
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
PD_SDCLK IOIS16# 67
VJ8858
TO 21/24 AD_SDCD
CD2#
NC
NC
NC
NC
I/O7
I/O6
I/O5
I/O4
NC
NC
NC
VCC
VSS
NC
NC
NC
I/O3
I/O2
I/O1
I/O0
NC
NC
NC
NC
PD_SDCD 34 CI_CD2-
S
R8859 68 AD_SDCMD R8867 10k 68
PD_SDCMD
R8860 68 AD_SDDAT0 R8878 10k
PD_SDDAT0
TP8601 PD_LOSDICLK
TO 21/24 PD_SDDAT1
R8861 68 AD_SDDAT1
PD_SDDAT2
R8862
R8863
68
68
AD_SDDAT2
AD_SDDAT3
R8879
R8881
10k
10k
*IC8921 NAND
FLASH
PD_SDDAT3
VJ8864 AD_SDWP
TVRR329
R8882 10k
PD_SDWP VDDSD
S
R8883 10k
R/B#
WE#
WP#
VCC
R8888
VSS
RE#
CE#
CLE
ALE
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
0 SUB3.3V
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
1
2
3
4
5
6
7
8
9
0.01u
10k
10k
22u
EEPROM
4V
16V
C8863
C8862
R8869
R8870
L8920
AB_NANDRYBY
J0JDC0000002
C8923
AB_XNFWE
AB_XNFWP
AB_XNFRE
AB_XNFCE
AB_NFCLE
AB_NFALE
16V
0.1u
AB_XNFCE R8923 68
XNFCE
AB_XNFWE R8924 68
C8854 XNFWE
16V AB_XNFRE 68
R8925
0.1u XNFRE
AB_NFALE R8926 68
C8853
16V AB_NFCLE
NFALE TO 3/24
R8927 68
0.1u
AB_XNFWP R8928 68
NFCLE
XNFWP
*IC8950 SUB3.3V C8950
16V
0.01u
AB_NANDRYBY TVRR323
68
68
33
68
68
33
33
AB_NANDRYBY
S
1 E0 8 R8950
VCC 4.7k
R8875
R8874
R8872
R8873
R8876
R8877
R8868
TP8952
R8871
S
2 E1 7
WC PD_HSDOUT6 TO 21/24
TP8950 R8952
3 E2 6
SCL PEAKS-EEP_SCL
TP8860
TP8859
TP8856
TP8855
TP8858
TP8857
TP8854
TP8853
TP8951
4 VSS 5 TO 1/24
SDA PEAKS-EEP_SDA
EEPROM
TP8863
JK8850
D.SW
10
12
W.P.
9
GND 3
GND 6
8
SDDAT2
SDDAT3
SDDAT0
SDDAT1
SDCMD
SDCLK
K1NA09E00080
3.3V
11
SD CARD
C8861
S
16V
0.1u VJ8850
C8860 +
16V
47u
37 38 39 40 41 42 43 44 45
54
13.11. A-Board (6/24) Schematic Diagram
! A-BOARD (6/24) GenX8
SUB3.3V
R1224 R1225
TO Sheet Peaks-COMMON
10k 10k TO 21/24
R1181
S TP1107
PG-PEAKS_SERIAL_SBO
PD_RXD1
TP1108 S
PG-PEAKS_SERIAL_SBI
PD_TXD1
R1179
TO Sheet Peaks-DEST
RS232C_SBI TO 3/24
PG-SD_BOOT_STS
RS232C_SBO PG-SD_BOOT_STS
PG-DTV_VOUTENB
PG-DTV_VOUTENB
TO Sheet ADV-MODEL
TO 7/24
R1182 D1107
27k B0JCCE000008
SG-HDMI_CEC_PU_ON
SG-HDMI_CEC
SG-HDMI_CEC TO Sheet AVSW-DEST
TO 11/24
SG-QLINK1
SG-QLINK1
SG-HDMI_5V_DET0
SG-HDMI_5V_DET0 SG-QLINK2
SG-HDMI_5V_DET1 SG-QLINK2
SG-HDMI_5V_DET1
SG-HDMI_5V_DET2
SG-HDMI_5V_DET2
SG-HDMI_5V_DET3
SG-HDMI_5V_DET3
SG-HPD0
SG-HPD0
SG-HPD1
SG-HPD1
SG-HPD2
SG-HPD2
SG-HPD3
SG-HPD3 TO Sheet ADV_A-MODEL
SG-DDCSDA0 TO 9/24
SG-DDCSDA0
SG-DDCSCL0
SG-DDCSCL0 SG-SOUND_SOS
SG-DDCSDA1 SG-SOUND_SOS
SG-DDCSDA1
SG-DDCSCL1
SG-DDCSCL1
SG-DDCSDA2
SG-DDCSDA2
SG-DDCSCL2
SG-DDCSCL2
SG-DDCSDA3
SG-DDCSDA3
SG-DDCSCL3
SG-DDCSCL3
STB3.3V
TO Sheet Set-PDP
R1221
SG-DDCSDA3
TO 20/24
RS232C_SBO
SG-DDCSCL3
SG-HPD3
SG-TRCD3
SG-TRCD2
SG-TRCD1
SG-TRCD0
SG-TRCST
SG-TRCCLK
SG-EXTRG0
PG-PANEL_SOS
SG-FACT
GENX-KEY1
SG-HDMI_CEC
SG-HDMI_CEC_PU_ON
SG-AI_SENSOR
SG-RF_AFT1
SG-QLINK1
SG-QLINK2
RS232C_SBI
PG-ACTIVE_ANTENNA_DET
SG-HDMI_5V_DET3
7.15k
GENX-KEY1
SUB3.3V SG-KEY1
R1410 R1255
C1122
SG-SUB3.3V_SENSE 10k 25V 1k
0.01u
R1411
100k
SG-RMIN
SG-RMIN
SG-R_LED_ON
SG-R_LED_ON
SUB5V SG-G_LED_ON
SG-G_LED_ON
R1407
STB3.3V 47k
SG-SUB5V_SENSE
C1102 C1103 C1104 PG-FAN_MAX
10V 16V 16V PG-FAN_MAX
10u 0.1u 0.1u R1406 PG-FAN_SOS
PG-FAN_SOS
68k PG-MAIN_FAN_ON
PG-MAIN_FAN_ON
L1100
SG-AI_SENSOR
J0JYC0000068 SG-AI_SENSOR
FRC_3.3V
100
99
98
97
96
95
94
93
92
91
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
SG-HPD0 1 75 SG-SDATA R1409
10k
PF0
NG-MAIN3.3V_SENSE
PD7_DDCSCL3
PD6_DDCSDA3
P76_CEC0
P75_CECAVL1A
P74_CECAVL1B
P85_ADIN5
P84_ADIN4
VSS
IVDD
P83_ADIN3
P82_ADIN2
P81_ADIN1
P80_ADIN0
P40_TMIO0_SYSCLK
TRCD3
TRCD2
TRCD1
TRCD0
SG-HPD1 2 74 SG-SCLOCK
SG-HPD2 3 73 R1401
PG-PD4H_P_ON_OFF SG-NRST 100k
4 72
P44_TMIO4 NRST
SG-R_LED_ON 5
P00
P63_SBO1
P64_SBI1
TRCST
TRCCLK NBOOT
71 R1197 S
SG-SRQ_GENX TO Sheet STB-RESET-LCD/PDP
SG-G_LED_ON 6 70 PG-MAIN_FAN_ON
P01 PF4 EXTRG0 PE2
R1146
SG-NRST
SG-HDMI_5V_DET0 7 69 PG-SIF_FIL_ON STB_RST TO 13/24
SCLOCK
SDATA
S
P02
PF3 PE1 SG-SOS
P43_TMIO3
P42_TMIO2
P41_TMIO1
8
P03_SBT0B IVDD
68 C1108 16V 0.1u X1100 C1106
LVDS/BACKEND NG-SW_OFF_DET
SG-SOS
TO 19/24
H0J100500035 50V NG-SW_OFF_DET
9 67 27p
SG-DDCSDA0
P04_SBO0B OSCXI
10MHz
TO 15/24 SG-DTV_XRST
SG-DTV_XRST
10 66
SG-DDCSCL0
PD0_DDCSDA0 OSCXO
R1163 1M C1107
PG-HQ_XRST
PG-HQ_XRST
SG-SP_HP_MUTE
SG-SP_HP_MUTE
TO 13/24
11 65 R1153
SG-FACT PD1_DDCSCL0 VSS SG-MON_MUTE
SG-DDCSDA1 12
PD2_DDCSDA1 IC1100 NTEST
64 470
50V
22p
SG-MON_MUTE
SG-DDCSCL1 13 63 C1109 10V 1u
STB3.3V GenX8 SG-HDMI_5V_DET1
PD3_DDCSCL1 MNZSFH9GP91 VDD
STB3.3V
14 62 C1123 10V 1u
R1236
Set-MODEL SG-DDCSDA2 15
PF1
SYSTEM MPU IVDD
61 PG-FAN_SOS
TP1400
PD4_DDCSDA2 PE4_VPPEX
47k TO 20/24 SG-DDCSCL2 16 60 PG-FAN_MAX
TO Sheet Set-MODEL
TP1401 PD5_DDCSCL2 GenX8 PE3
R1243
PG-PEAKS_SERIAL_SBO 17
P65_USBO2 PE0
59 POWER/PANEL CTRL R1203
47k TO 20/24
47k FACT_SDBOOT PG-PEAKS_SERIAL_SBI 18 58 PG-DTV_VOUTENB
P66_USBI2 P37 PG-PANEL_VCC_ON
IVDD
R1237
VDD
TO 13,16/24
PF2
P30
P31
P32
NG-MAIN3.3V_SENSE 19 57 NG-SW_OFF_DET PG-PANEL_VCC_ON SG-SRQ_GENX
1k P26 P36 SG-PD4H_PANEL_MAIN_ON SG-SRQ_GENX
GENX_SDA0 20
P70_SDA0 P35
56 PG-SD_BOOT_STS SG-PD4H_PANEL_MAIN_ON
TO 20/24
P60_SBO0A P73_SCL1
GENX_SCL0 21 55 SG-DTV_XRST
P50_RMIN_IRQ0
P71_SCL0 P61_SBT0A P72_SDA1 P34 SG-TV_SUB_ON
22
VSS
P62_SBI0A P17 P33
54 SG-MON_MUTE SG-TV_SUB_ON
TO 13,16/24
SG-HDMI_5V_DET2 SG-SP_HP_MUTE
P05_IRQ6
P06_IRQ7
P07_IRQ8
P20_IRQ1
P21_IRQ2
P22_IRQ3
P23_IRQ4
P24_IRQ5
23 53
C1112 16V 0.1u 24 52 SG-TV_SUB_ON SG-P3.3V_DET TO Sheet IIC
IVDD
SG-P3.3V_DET
TO 13,16,17/24
VSS
TO 1/24
P25
P10
P11
P12
P13
P14
P15
P16
C1111 10V 1u 25 51 SG-GENX-EEP_WP PG-P5V_DET
PG-P5V_DET
TO 13,16/24 GENX_SDA0
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
GENX_SDA0
PG-PANEL_SOS GENX_SCL0
PG-PANEL_SOS TO 13/24 GENX_SDA1
GENX_SCL0
GENX_SDA1
PG-PD4H_XRST_SYS GENX_SCL1
0.1u
SG-PD4H_DRVRST
PG-PD4H_XRST_SYS
TO 16/24 GENX_SCL1
TP1103 STB3.3V
C1117
16V
SG-PD4H_DRVRST
TO 13/24
16V
0.1u
C1114
1 NC 8 R1209
VCC 4.7k
TP1102
R1207
TO Sheet TUNER
2 NC 7
S
SG-GENX-EEP_WP TO 13/24
WC
SG-PD4H_PANEL_MAIN_ON
3 E2 6 PG-ACTIVE_ANTENNA_DET
GENX-EEP_SCL PG-ACTIVE_ANTENNA_DET
SCL
PG-PD4H_XRST_SYS
SG-RF_AFT1
SG-SUB3.3V_SENSE
PG-PANEL_VCC_ON
SG-RF_AFT1
SG-PD4H_DRVRST
SG-SUB5V_SENSE
4 VSS 5
SG-SOUND_SOS
GENX-EEP_SDA
SG-SRQ_GENX
SDA
SG-P3.3V_DET
PG-HQ_XRST
PG-P5V_DET
GENX_SDA1
GENX_SCL1
IIC
SG-RMIN
SG-SOS
*IC1101 TO 1/24
TVRR326
EEPROM
46 47 48 49 50 51 52 53 54
55
13.12. A-Board (7/24) Schematic Diagram
! A-BOARD (7/24) HDMI
Standby-MPU
TO 6/24
HDMI_CEC
SG-HDMI_CEC sLD-STMCECO
R4703
Q4700 R4739
33 B1ABCF000231 22
Q4701
B1ABCF000231
R4702
10k
C4701
16V
C4702
16V SG-HPD2
Peaks-COMMON
0.1u 0.1u R4704
47k R4706 TO 21/24
10k R4707
47k
R4708
PA_RXCM1
PA_RXCM1 HDMI2
10k PA_RXCP1
PA_RXCP1
PA_RX1M0
PA_RX1M0
PA_RX1P0
R4709 PA_RX1P0
10k SG-HDMI_5V_DET2
R4789 Q4709 PA_RX1M1
PA_RX1M1
33 B1ABCF000231 PA_RX1P1
D4703
R4710
DZ2J056M0L
Q4710 PA_RX1P1
47k B1ABCF000231
R4788 C4730 C4731 PA_RX1M2
16V 16V PA_RX1M2
JK4700 10k 0.1u 0.1u R4790
47k
SG-HPD3 PA_RX1P2
PA_RX1P2
R4792
K1FY119D0011 10k R4793
R4748
68
HDMI_DDCSDA1
47k
HDMI IN 1 STB5V HDMI_DDCSCL1
PA_DDCSDA1
D4704 PA_DDCSCL1
R4794
R4752 B0JCCE000008 R4749
R4711 D4702 S 10k
R4795 68
1k B0ACCJ000048
10k SG-HDMI_5V_DET3
HPDT
19
+5V
DDCG
18
R4712
47k
R4764
100k JK4702 R4796
47k
D4771
DZ2J056M0L
17 L4700 J0JYC0000068 HDMI_DDCSDA2 K1FY119D0011 Standby-MPU
SDA
16
SCL
L4701 J0JYC0000068 HDMI_DDCSCL2 HDMI IN 3 TO 6/24
15
N.C. SG-HDMI_5V_DET1
14 HDMI_CEC STB5V SG-HDMI_5V_DET1
L4702 J0JYC0000068
CEC D4772 SG-HPD1
13 R4797 D4770 R4758
RXCM2 B0ACCJ000048 B0JCCE000008 SG-HPD1
CLK- 1k S
12 R4742
HPDT
CLKG 19 HDMI_DDCSDA1 68
11 RXCP2 SG-DDCSDA1
CLK+ +5V 18 R4798 R4771 HDMI_DDCSCL1
10 RX2M0 47k 100k SG-DDCSCL1
D0- DDCG 17
L4715 J0JYC0000068 HDMI_DDCSDA3 R4743
9 SDA
D0G 16 J0JYC0000068 HDMI_DDCSCL3 68
8 L4716
RX2P0 SCL
D0+ 15
7
D1-
RX2M1 N.C.
14 L4717 J0JYC0000068 HDMI_CEC Peaks-COMMON
6 CEC
D1G
5
13 PA_RXCM0 TO 21/24
RX2P1 CLK-
D1+ 12
4 RX2M2 CLKG
D2- 11 PA_RXCP0 PA_RXCM0
3 CLK+
D2G 10 PA_RX0M0 PA_RXCP0
PA_RXCM0
HDMI3
2 RX2P2 D0- PA_RXCP0
D2+ 9
1 D0G PA_RX0M0
8 PA_RX0P0 PA_RX0M0
D0+ PA_RX0P0
7 PA_RX0M1 PA_RX0P0
D1- 6 PA_RX0M1
D1G PA_RX0M1
5 PA_RX0P1 PA_RX0P1
D1+ PA_RX0P1
4 PA_RX0M2
D2- PA_RX0M2
3 PA_RX0M2
D2G PA_RX0P2
2 PA_RX0P2 PA_RX0P2
D2+ R4750
1
HDMI_DDCSDA3 68
PA_DDCSDA0
HDMI_DDCSCL3
PA_DDCSCL0
R4751
68
SUB5V
Standby-MPU
TP4501
L4712
IC4701 3.3V
D4785
B0ECKM000048
TO 6/24
J0JHC0000045 C0DBGYY00578 SG-HDMI_5V_DET3
SG-HDMI_5V_DET3
SG-HPD3
SG-HPD3
C4719 C4717
4
C4718 C4721
10V 16V R4763 R4776
16V 10V
VOUT VIN 100k HDMI_DDCSDA3 68
4.7u 0.1u 0.1u 10u
SG-DDCSDA3
HDMI_DDCSCL3
R4729 Q4704 VSS SG-DDCSCL3
Q4702 33 B1ABCF000231
ON/OFF NC R4777
R4716 Q4705 68
3
B1ABCF000231
33 B1ABCF000231
Q4703 R4728 C4707 C4708
C4704 C4705
B1ABCF000231 10k 16V
0.1u
16V
0.1u R4730 SG-HPD0
Peaks-COMMON
R4715
10k
16V
0.1u
16V
0.1u R4717 SG-HPD1 47k
R4732 TO 21/24
47k 10k R4733
R4719 47k
10k R4720
PA_RXCM2
HDMI_DDCSDA2
47k
HDMI_DDCSCL2
R4721
R4734 PA_RXCP2
PA_RXCM2 HDMI1
10k PA_RXCP2
10k
HDMI4
RXCM2
RX2M2
RX2M1
RX2M0
RXCP2
RX2P2
RX2P1
RX2P0
R4722 R4735 PA_RX2M0
10k SG-HDMI_5V_DET1 10k SG-HDMI_5V_DET0 PA_RX2M0
JK4701 R4723
PA_RX2P0
PA_RX2P0
D4720 R4736 D4736
K1FY119D0011 47k DZ2J056M0L 47k DZ2J056M0L
PA_RX2M1
PA_RX2M1
PA_RX2P1
HDMI IN 2
TP4701
JK4703 PA_RX2P1
PA_RX2M2
STB5V
K1FY119E0016 PA_RX2M2
PA_RX2P2
D4721
R4724 D4719
R4754 B0JCCE000008
HDMI IN 4 PA_RX2P2
1k B0ACCJ000048 S STB5V R4781
HPDT D4737 C4724 DDC_SINK_SDA2 68
19 R4756 B0JCCE000008 16V PA_DDCSDA2
+5V R4725 R4737 D4735
S
C4713 DDC_SINK_SCL2
18 R4767 0.1u
1k B0ACCJ000048 16V 0.1u PA_DDCSCL2
47k 100k
DDCG 17 R4785
L4703 J0JYC0000068 HDMI_DDCSDA1
HPDT 19 68
SDA R4738 R4770
16 J0JYC0000068 HDMI_DDCSCL1
L4704 R4778 R4775
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
41
+5V 18 47k 100k
SCL 15 VJ4508 1k 1k
R4557 0 C4548 6.3V 1u 61 40
GND
GND
DDCG
VCC
VCC
ACLKN
HPD_A
17
ADT2N
ADT1N
ADT0N
ACLKP
SDA_A
ADT1P
ADT0P
SCL_A
N.C. L4706 J0JYC0000068 HDMI_DDCSDA0S
14 S S
L4705 J0JYC0000068 HDMI_CEC 62 39 DDC_SINK_SDA2
SDA 16
CEC 13 PA_RXCM1
L4707 J0JYC0000068 HDMI_DDCSCL0S
HDMI_DDCSDA0S
VJ4509
63 38 DDC_SINK_SCL2 Standby-MPU
SCL 15
CLK- 12 R4563 10k N.C. 14
HDMI_DDCSCL0S 64 37 TO 6/24
CLKG L4708 J0JYC0000068 HDMI_CEC SCL_B
ADT2P VCC
GND
11 PA_RXCP1 SG-HDMI_5V_DET2
CEC 65 36
CLK+ 13 RXCM0S GND GND OUTDIS GND SG-HDMI_5V_DET2
10 PA_RX1M0 66 35 VJ4707 PA_RXCM2 SG-HPD2
D0- CLK- 12 GND
CEC_LINE CEC_RX
YCLKN S
SG-HPD2
9 RXCM0S VJ4706 PA_RXCP2
CLKG 67 34
CVCC
HPD_B
SDA_B
11 R4740
HPD_SINK
SDA_SINK
D0G RXCP0S BCLKN YCLKP
SCL_SINK
8 S 68
PA_RX1P0 CLK+ RXCP0S 68 33 HDMI_DDCSDA2
10 RX0SM0 BCLKP VCC SG-DDCSDA2
D0+
D1-
7
6
PA_RX1M1 D0- 9
C4715
16V
69
VCC IC4500 YDT0N
32 VJ4705
S
PA_RX2M0 HDMI_DDCSCL2
SG-DDCSCL2
RX0SM0 0.1u PA_RX2P0
D1G
D0G 8 RX0SP0
70
BDT0N C1AB00003079 YDT0P
31 VJ4704 R4741
5 PA_RX1P1 RX0SP0
S 68
D0+ 7 71 30
D1+ RX0SM1 BDT0P GND
4 PA_RX1M2 D1- 72
HDMI 29 VJ4703 PA_RX2M1
6 GND YDT1N
D2- 3 EQUALIZER S
HPD_C
RX0SM1 73 28 VJ4702 PA_RX2P1
D1G 5
Standby-MPU
SELC
SELB
SELA
D2G RX0SP1 BDT1N YDT1P
GND
&SWITCH
VCC
2 S
PA_RX1P2 RX0SP1 74 27
D1+ 4 RX0SM2 BDT1P VCC
D2+ 1
D2- 3 75 26 VJ4701 PA_RX2M2 TO 6/24
VCC YDT2N
RX0SM2 RXTM CEC_TX S
PA_RX2P2
76 25 VJ4700 SG-HDMI_5V_DET0
D2G 2 RX0SP2 BDT2N SDA_C OPACTRLN YDT2P SG-HDMI_5V_DET0
S
ARC_2 D2+ RX0SP2 77 SCL_C REXT 24 SG-HPD0
1 BDT2P GND SG-HPD0
78 23
TO 8/24 R4744
CCLKN
CCLKP
CDT0N
CDT1N
CDT2N
CDT0P
CDT1P
CDT2P
79 22 HDMI_DDCSDA0S 68
SG-DDCSDA0
GND
GND
GND
VCC
VCC
VCC
80 21 HDMI_DDCSCL0S
SG-DDCSCL0
R4745
10
11
12
13
14
15
16
17
18
19
20
1
2
3
4
5
6
7
8
9
68
R4783 R4824
47k 47k
4.7k
1.5k
1.5k
1%
PEAKS-COMMON
S
P
TO 21/24
R4597
R4598
R4765
R4585
VJ4510
R4799
68
PD_LOSDO2
PD_XRI0
R4762
68
55 56 57 58 59 60 61 62 63
56
13.13. A-Board (8/24) Schematic Diagram
! A-BOARD (8/24) AD Buffer
SUB3.3V R4552
56
ARC_2 TO 7/24
C4546
6.3V
R4549 Q4512 R4551
1u 150 150
B1HFCFA00026
Peaks-Common
AVSW TO 21/24
R4550 R4554 R4599
150 1k 47k
RGB_FB R4674
PC_HS PA_HIN
AVSW_R027PIN_FBOUT/TDET10 PA_HIN
Q4513 TO 11,12/24 AVSW_R027PIN_FBOUT/TDET10
S
DSA200100L PC_VS R4675 PA_VIN
PC_HS S
PA_VIN
PC_HS
TO 11,21/24 PD_IECOUT0
R4548 PC_VS
AVSW_R027PIN_FBOUT/TDET10
PA_FBL1
PC_VS
22 R4676 RGB_FB
R4677
1k
1.2k
SUB3.3V
R4553
10k
TO 21/24 PD_HSDOUT7
C4660
R4651 6.3V
22 1u
RGB_CVBS
RGB_CVBS PA_V1
PA_V1N
C4661 R4666
6.3V 33
1u
C4662
R4655 6.3V
22 YIN 1u
YIN
TO 12/24 MAIN_Y/CVBS PA_G1
PA_G1N
R4668
C4663
33
6.3V
1u
C4664
R4659 6.3V
22 PB/C 1u
PB/C
MAIN_PB/C PA_B1
PA_B1N
C4665 R4670
6.3V 33
1u
C4666
R4663 6.3V
22 1u
PR PR
MAIN_PR PA_R1
PA_R1N
R4672
C4667
33
6.3V
1u
64 65 66 67 68 69 70 71 72
57
13.14. A-Board (9/24) Schematic Diagram
! A-BOARD (9/24) AUDIO AMP
Peaks-COMMON
TP2008
SUB3.3V
R2308 Q2301
SUB5V
TO 6/24 To SOS 220 DSA200100L
sLD-STMSBT0 SG-SOUND_SOS
OPERATE SOS
C2301
16V R2307 R2310
TUNER 0.1u 4.7k 2.2k
R2101
TO 13/24 3.3k
R2121
680
R2135
1k S_15V
R2309
C2107 2.2k D2014 L2302
SIF
Q2109 R2139 R2107
10V B0ACCJ000048 G1C3R0ZA0156
DSA200100L 220 0 1u
R2103
PA_SIFINP C2302 C2308 C2307 C2306 C2305 C2304 C2303
22 L2301
16V 25V 25V 25V 50V 25V 25V
J0JHC0000045
0.1u 1u 1u 1u 1000p 1u 10u
R2110 Q2101 C2104 TO 21/24
R2102 C2110 50V C2108
R2104 22 DSA200100L
16V 10p 10V
4.7k 1.2k 1u
0.1u
PA_SIFINN IC2301
C1AB00003230
SUB3.3V
OPERATE AUDIO AMP
R2301
10k RESET
1 STBY 44
PD_MUTEB
PVD1 C2313 C2314 C2315 C2311
TO 21/24 2 MUTE 43 50V 25V 25V 25V R2318
C2349
PD_NSHUTDOWN PVD1 1000p 1u 10u 10u L2303 50V
PWM_READY 3.3
G1C220MA0416 1000p
R2306 3 SOS 42
MUTE
47k OUT_CH1_P C2340
4 41 C2316 C2335 50V
NC1 50V
OUT_CH1_P 25V 0.022u
0.1u 0.1u
5 NC2 40 C2341
BOOT_CH1_P 50V
6 39 C2334 0.022u
NC3
VDDA1 50V
0.47u
7 38 C2317
NC4 C2342
BOOT_CH1_N 25V
1u 50V
PWM_SQ_L+ 8 37 C2318 0.022u
PWM_A1
OUT_CH1_N 50V L2304
0.1u G1C220MA0416
PWM_SQ_L- 9 36 C2343
PWM_B1
Thermal Pad
OUT_CH1_N 50V
C2336 C2351
R2302
10 NC5 25V
0.022u
50V
A11 TO SPEAKER
35
EXB28V220JX 0.1u 1000p TP2301
PGND1
R2319 1
PD_APWMSLP 11 NC6 34 3.3 L+
PGND1 TP2302
PD_APWMSLN 2
TO 21/24 PD_APWMSRP
12 NC7 33 L-
PGND2 TP2303
3
PD_APWMSRN 13 GND 32 R+
PGND2 L2305 TP2304
C2353 4
PWM_SQ_R+ G1C220MA0416 R2320 R-
14 PWM_B2 31 50V
3.3
OUT_CH2_N 1000p
PWM_SQ_R- C2321
15 PWM_A2 30 C2344
50V
OUT_CH2_N C2338 50V
0.1u
16 NC8 29 25V 0.022u
0.1u
BOOT_CH2_N
17 NC9 28 C2337 C2345
VDDA2 50V 50V
0.47u 0.022u
18 NC10 27 C2320 C2355
BOOT_CH2_P 25V 50V
AVSW 19 NC11 26 C2323
1u 1000p
50V L2306 C2346
C2055 OUT_CH2_P
0.1u 50V
G1C220MA0416
10V R2053 20 NC12 25 0.022u
10u 140k OUT_CH2_P C2339
AV_L PA_LIN1_LP 21 NC13 24 25V C2347
PVD2 0.1u 50V
C2057 0.022u
TO 12/24 10V R2055 TO 21/24 22 NC14 23
10u 140k PVD2
R2321
AV_R PA_LIN1_RP C2325 C2324 C2322 C2319 3.3
50V 25V 25V 25V
1000p 1u 10u 10u
<< Monitor L
PA_LO1_L_AVSW PA_LO1_L MON_L-OUT
<< Monitor R
PA_LO1_R_AVSW PA_LO1_R MON_R-OUT
C2067 C2068
16V 16V
TO 11/24 0.01u 0.01u TO 21/24
<< TV L
PA_LO2_L_AVSW PA_LO2_L TV_L-OUT
<< TV R
PA_LO2_R_AVSW PA_LO2_R TV_R-OUT
C2069 C2070
16V 16V
0.01u 0.01u
C2071
6.3V
100u+ R2065 >> MainHP L
HP_LOUT PA_HP1_L1
S
TO 11/24 + R2066 >> MainHP R
HP_ROUT S
PA_HP1_R1
C2074 C2073 C2072
R2070 R2069 6.3V
25V 25V
10k 10k 100u
0.033u 0.033u
TO 21/24
ACHIP3.3V
R2258
100
Q2253
B1AAFB000002 R2260
10k
R2264
100
Q2252 R2263
PA_HP_MUTE
R2259 DSA200100L
100 10k
Q2254
B1AAFB000002 R2254 Q2255 NORMAL
100 DSC2001S0L MUTE
R2257 R2256 R2255
1M 10k 47k
Analog-ASIC
MUTE
HP_MUTE_ OPERATE AMP_MUTE
TO 11,13/24 TO 13/24
73 74 75 76 77 78 79 80 81
58
13.15. A-Board (10/24) Schematic Diagram
! A-BOARD (10/24) TERMINAL
EURO model
Sheet AVST-MODEL
TO 11/24
B
B21 GND(PLUG)
B20 VIDEO IN
E_AV2_VIN(20P)/A_AV3_V__TERMINAL
B19 VIDEO OUT AV2
E_AV2_VOUT(19P)_TERMINAL
B18 GND(VIDEO IN)
6 B17 GND(VIDEO)
1 B16 FB IN
PC_R_TERMINAL E_AV2_FB(16P)_TERMINAL
11 B15 Chroma/RED in
E_AV2_RED/C(15PIN)_TERMINAL
7 B14 GND(FB)
2 B13 GND(RED/C)
JK3001 12
PC_G_TERMINAL
B12 NC
K1FY315A0008 8
TO 11/24
B11 GREEN IN
E_AV2_GREEN(11P)/A_AV2C_Y__TERMINAL
3 AV2 B10 Q-LINK
PC IN PC_B_TERMINAL E_AV2_Q-LINK(10P)_TERMINAL
13 B9 GND(GREEN)
PC_HD_TERMINAL
9 B8 AV2 SLOW
E_AV2_SLOW(_8P)_TERMINAL
4 B7 BLUE IN
E_AV2_BLUE(_7PIN)_TERMINAL
14 B6 L IN
PC_VD_TERMINAL E_AV2_LIN(_6PIN)/A_AV3_L__TERMINAL
10 B5 GND(BLUE)
5 B4 GND(AUDIO)
E_AV2_GND(AUDIO)(_4P)_TERMINAL
15 B3 TV L OUT
E_AV2_LOUT(_3PIN)_TERMINAL
B2 R IN
E_AV2_RIN(_2PIN)/A_AV3_R__TERMINAL
B1 TV R OUT
E_AV2_ROUT(_1PIN)_TERMINAL
A
A21 GND(PLUG)
A20 VIDEO IN
E_AV1_VIN(20P)/A_AV2_V__TERMINAL
A19 TV VIDEO OUT AV1
E_AV1_VOUT(19P)/A_VOUT__TERMINAL
A18 GND(VIDEO IN)
A17 GND(VIDEO)
OPT MODEL(Aust.DVB & H.264 etc) A16 FB IN
E_AV1_FB(16P)_TERMINAL
AVST-MODEL A15 RED IN
E_AV1_RED(15PIN)/A_AV2C_PR__TERMINAL
A14 GND(FB)
SUB3.3V TO 11/24 A13 GND(RED)
D3015 VCC A12
GREEN IN
NC
DRIVE IC
A11
K7AAAY000006 Vin
OPT_SPDIF_TERMINAL
AV1 E_AV1_GREEN(11P)/A_AV2C_Y__TERMINAL
GND A10 Q-LINK
E_AV1_Q-LINK(10P)_TERMINAL
OPTICAL A9 GND(GREEN)
AUDIO A8 AV1 SLOW
E_AV1_SLOW(_8P)_TERMINAL
BLUE IN
OUT A7
E_AV1_BLUE(_7PIN)/A_AV2C_PR__TERMINAL
A6 L IN
E_AV1_LIN(_6PIN)/A_AV2_L__TERMINAL
A5 GND(BLUE)
A4 GND(AUDIO)
E_AV1_GND(AUDIO)(_4P)_TERMINAL
A3 TV L OUT
E_AV1_LOUT(_3PIN)_TERMINAL
A2 R IN
E_AV1_RIN(_2PIN)/A_AV2_R__TERMINAL
A1
1 TV R OUT
E_AV1_ROUT(_1PIN)_TERMINAL
JK3002
K1FY242A0001
TO 11/24
b
SIDE_HP_L_TERMINAL
c
SIDE_HP_R_TERMINAL
d
JK3707 a
HP_GND
V-SW
K4AK13B00007
V
V SIDE_VIN_TERMINAL
AV3 V-G
L
L SIDE_LIN_TERMINAL
L-G
R
R SIDE_RIN_TERMINAL
R-G
SHIELD
JK3100A
K2HA710A0001
Y
Y E_YPBPR_Y/A_AV1C_Y__TERMINAL
YPBPR
PB
YPBPR PB E_YPBPR_PB/A_AV1C_PB__TERMINAL
PR
PR E_YPBPR_PR/A_AV1C_PR__TERMINAL
G
AUDIO IN
L
L E_PC_LIN/A_AV1_LIN__TERMINAL
AUDIO
R
R
E_PC_RIN/A_AV1_RIN__TERMINAL IN
AUDIO G
IN/OUT AUDIO OUT
L
L RCA_AUDIOOUT_L__TERMINAL
AUDIO
R
R
RCA_AUDIOOUT_R__TERMINAL OUT
G
82 83 84 85 86 87 88 89 90
59
13.16. A-Board (11/24) Schematic Diagram
! A-BOARD (11/24) VIDEO AUDIO I/O
AUDIO AUDIO
STB5V
OUT IN AVSW-COMMON
IC3001
E_AV1 L3004 R3028 C3047
E_AV1 TERMINAL ETC R3106
J0JYC0000331 330 C3020
E_AV1 L3002 10V TO 12/24
27k GenX-MODEL E_AV1_LOUT(_3PIN)_TERMINAL
10V 10u
AVSW_R056PIN_L1OUT
J0JYC0000331 1u
R3006 Q3002 TO 10/24 E_AV1_LIN(_6PIN)/A_AV2_L__TERMINAL AVSW_R062PIN_L3IN
TO 6/24 C3009
B1ABCF000231
C3018
TP3015
D3339 TO 10/24 50V 100k
R3008 10V 10u
C3007
50V
R3000
R3153 R3207 L3005 560p 2.2k R3029 22k
B0JCCE000008 560p
68 22 QLINK_AV1
J0JYC0000331 330 C3021
E_AV1_Q-LINK(10P)_TERMINAL SG-QLINK2 E_AV1_ROUT(_1PIN)_TERMINAL
10V 10u
AVSW_R055PIN_R1OUT TO 10,11/24 E_AV1_GND(AUDIO)(_4P)_TERMINAL
EXB28V221JX
C3046
D3014 R3288
TO 10/24 DZ2J140M0L 47k
C3004
R3007
Q3003 C3019 R3017
0
C3008 R3001 10V
50V B1ABCF000231 50V 22k 1u
100k 10V 10u 560p
R3173
560p R3009
AVSW_R063PIN_R3IN
2.2k
TO 10,11/24 E_AV1_GND(AUDIO)(_4P)_TERMINAL
TO 10/24 E_AV1_RIN(_2PIN)/A_AV2_R__TERMINAL
L3003
J0JYC0000331
STB5V
E_AV2 L3008 R3042
E_AV2 L3006
J0JYC0000331 330 C3030
E_AV2_LOUT(_3PIN)_TERMINAL AVSW_R054PIN_L2OUT J0JYC0000331 C3049
10V 10u
R3108 TO 10/24 E_AV2_LIN(_6PIN)/A_AV3_L__TERMINAL 10V
R3010 Q3004 C3010 1u
E_AV2 27k
TO 10/24
C3012
50V
100k
B1ABCF000231 R3012
C3029
50V R3002 AVSW_R064PIN_L4IN
R3041 10V 10u 560p 22k
TP3014 L3009 560p 2.2k
D3048 330
R3089 B0JCCE000008 R3206
E_AV2_ROUT(_1PIN)_TERMINAL
J0JYC0000331 C3028
AVSW_R053PIN_R2OUT
TO 10,11/24 E_AV2_GND(AUDIO)(_4P)_TERMINAL
68 22 QLINK_AV2
10V 10u L3020
E_AV2_Q-LINK(10P)_TERMINAL SG-QLINK1 C3011 R3003
C3005 C3027 J0JYC0000331 50V
50V
R3011 Q3005 TO 12/24 560p
22k C3048
TO 10/24 D3013 R3287
560p
100k
B1ABCF000231 R3013
10V 10u 10V
DZ2J140M0L 47k
2.2k 1u
TO 10,11/24 E_AV2_GND(AUDIO)(_4P)_TERMINAL TO 10/24 E_AV2_RIN(_2PIN)/A_AV3_R__TERMINAL AVSW_R065PIN_R4IN
L3007
Q3008 J0JYC0000331
DSA200100L
TO 9,13/24 HP_MUTE_
C3039
R3290
47k
E_AV3 L3029 10V
1u
J0JYC0000331
SIDE_LIN_TERMINAL AVSW_R068PIN_L6IN
R3291 R3292 C3257 R3717
47k 1M 50V 22k
560p
TO 10/24
EXB28V221JX
C3041
L3030 10V
J0JYC0000331 1u
AUDIO OUT M-OUT R3146
SIDE_RIN_TERMINAL AVSW_R069PIN_R6IN
R3121
330
C3116
RCA_AUDIOOUT_L__TERMINAL AVSW_R052PIN_L3OUT C3099 R3716
L3014 10V 10u 50V 22k
C3003
J0JYC0000331 50V
R3025 Q3001 C3117
560p
100k B1ABCF000231
C3095 560p R3019
TO 10/24 2.2k
10V 10u
E_AV1 M-OUT JS3010
R3167
10V
100u
R3120
S 75 + 330 C3114 C3043
E_AV1_VOUT(19P)/A_VOUT__TERMINAL AVSW_R044PIN_CVBS/Y+COUT3 RCA_AUDIOOUT_R__TERMINAL
L3015
10V 10u
AVSW_R051PIN_R3OUT PC A_AV1 L3010 10V
1u
L IN J0JYC0000331
TO 10/24 R3169 J0JYC0000331
C3002
50V
R3024 Q3000 C3115 E_PC_LIN/A_AV1_LIN__TERMINAL AVSW_R070PIN_L7IN
100k B1ABCF000231
100k 560p R3021 10V 10u C3013 R3004
2.2k 50V 22k
TO 12/24 Sheet 560p
C3103
10V A-Chip_A TO 10/24 C3044
100u L3011 10V
+
AVSW_R043PIN_SAGCVBSOUT3 HP TO 9/24 J0JYC0000331 1u
R IN
E_PC_RIN/A_AV1_RIN__TERMINAL AVSW_R071PIN_R7IN
SIDE_HP_L_TERMINAL HP_LOUT
C3014
1
R3005
50V 22k
560p
L2106
C3097
TO 10/24 J0ZZB0000097
E_AV2 JS3015 R3172 10V
4
75 100u+
S
HP_GND C3022
E_AV2_VOUT(19P)_TERMINAL AVSW_R038PIN_Y/Y+C/CVBSOUT4 10V
R3033
S 1u AUDIOOUT_L
SIDE_HP_R_TERMINAL HP_ROUT
TO 10/24
1
R3174 AVSW_R058PIN_L1IN
100k
TO 12/24
L2107 AUDIO OUT M-OUT S AUDIOOUT_R
AVSW_R059PIN_R1IN
A-Chip_A
J0ZZB0000097 R3034 C3024
Sheet TO 9/24
4
C3102 10V
1u
10V
100u
ADV_A-MODEL PA_LO1_L_AVSW
+
AVSW_R037PIN_SAGCVBSOUT4 TO 8,21/24 PA_LO1_R_AVSW
OPT R3030
100
PD_IECOUT0 C3025
TO 10/24 OPT_SPDIF_TERMINAL
10V
R3037
S 1u
AVSW_R060PIN_L2IN
S
R3038
AVSW_R061PIN_R2IN A-Chip_A
C3026
10V TO 9/24
1u
PA_LO2_L_AVSW
PA_LO2_R_AVSW
VIDEO
IN
Sheet
VIDEO DET E_AV1 A_AV2_YPbPr Sheet Sheet
AVSW-COMMON
Sheet TUNER AVSW-COMMON
IC3001 JS3012
S
AVSW-COMMON
TP3022 TO 11,12/24 E_AV1_RED(15PIN)/A_AV2C_PR__TERMINAL IC3001
E_AV1 RF R3091
R3188 R3074
IC3001
21.5k
150 150
C3144 TO 12/24
E_AV1_SLOW(_8P)_TERMINAL AVSW_R014PIN_S2DET2 C3092 TO 12/24 E_AV1 A_AV2 L3017
R3240 10V
10V J0JCC0000287 10u
C3064
50V
R3094 TO 12/24 MAIN_TNR_SW1 10u
E_AV1_VIN(20P)/A_AV2_V__TERMINAL
220
AVSW_R079PIN_CVBSIN6
13k AVSW_R078PIN_FBIN2/O2 AVSW_R091PIN_PRIN2/R3
1000p JS3013 R3072
TO 10/24 AVSW_R076PIN_FBIN/O1 TO 10/24 E_AV1_GREEN(11P)/A_AV2C_Y__TERMINAL
S
C3090 TO 10/24 150
R3143 10V
68 MAIN_TNR_SW2 R3193
150
R3075
150
R3154 10u
E_AV1_FB(16P)_TERMINAL S
AVSW_R076PIN_FBIN/O1 EXB28V221JX AVSW_R089PIN_CYIN2/G3
R3097
JS3011 R3073 R3098 TO 11,12/24 C3091
150
5
150 150 10V
JS3014
S 10u
E_AV1_BLUE(_7PIN)/A_AV2C_PR__TERMINAL AVSW_R087PIN_PBIN2/B3
7
R3198 R3076
150 150
C3071
E_AV2 C3072 E_AV2 A_AV3 L3018
J0JCC0000287
R3116 10V
10u
16V 220
R3117
E_AV2 RF JS3018
R3150 JS3016
S 220 0.1u E_AV2_VIN(20P)/A_AV3_V__TERMINAL AVSW_R023PIN_CVBSIN2
S 68
E_AV2_FB(16P)_TERMINAL AVSW_R078PIN_FBIN2/O2
E_AV2_RED/C(15PIN)_TERMINAL AVSW_R021PIN_B1/CIN1 TO 10/24 C3070
R3083 R3087 R3077 R3115 10V
R3079 R3104 TO 11,12/24 150 150 C3088
10V 150 220 10u
150 150 AVSW_R019PIN_G1/YIN1
10u
TO 10/24 AVSW_R011PIN_R2/CIN3
TP3023 JS3019
S R3102
R3092 C3089 150
21.5k E_AV2_SLOW TO 10/24 E_AV2_GREEN(11P)/A_AV2C_Y__TERMINAL
10V
E_AV2_SLOW(_8P)_TERMINAL AVSW_R020PIN_S2DET1 R3204 R3081 10u
150 150 AVSW_R013PIN_G2/YIN2
C3065
50V
R3182 TO 12/24
13k
1000p
C3087
R3100 10V
TP3007 JS3020
100k S 10u
AVSW_R094PIN_L3DET1 E_AV2_BLUE(_7PIN)_TERMINAL AVSW_R015PIN_B2/CIN2
TO 12/24 R3082 R3205 E_AV3 A_AV4 L3028 R3118
C3073
150 150 10V
R3157 J0JCC0000287 220 10u
AVSW_R027PIN_FBOUT/TDET10 EXB28V221JX SIDE_VIN_TERMINAL AVSW_R081PIN_CVBSIN5
RGB_FB
TO 8,12/24 TO 10/24 R3187
150
E_YPbPr A_AV1_YPbPr JS3007
C3086
S 10V 10u
E_YPBPR_Y/A_AV1C_Y__TERMINAL AVSW_R095PIN_CYIN1 R3213
R3084 R3192 150
C3085
JS3008 75 EXB28V820JX
S 10V 10u
TO 10/24 E_YPBPR_PB/A_AV1C_PB__TERMINAL
R3085
AVSW_R093PIN_PBIN1
JS3009
S 75
E_YPBPR_PR/A_AV1C_PR__TERMINAL C3084
10V 10u
R3086
75 AVSW_R097PIN_PRIN1 C3078 Peaks-Dest
R3245 10V
220
PC_R_TERMINAL
R
R3231
0
C3109
10V 10u DVB DVB 10u
AVSW_R017PIN_CVBSIN1
B
R3235
0
R3230
75 C3108
10u PC_B
R3189
68
RF RF DVB_CVBS
10V PD_MVDACOY_AVSW
PC_B_TERMINAL AVSW_R099PIN_BIN
R3234
75 R3128
C3083
10V
TO 3/24
R3233 C3107
PC G 0 10V 10u PC_G
220 10u
PC_G_TERMINAL AVSW_R005PIN_CVBSIN4
TO 10/24
R3232
75
TUNER
R3222 PC_R
R3228
S 0 AVSW_R003PIN_RIN MAIN_RF_CVBS
PC_HD_TERMINAL AVSW_R002PIN_HDIN TO 13/24
R3226
AVSW_R001PIN_GIN
4.7k
R3224
R3229 AVSW_R100PIN_VDIN
0
8
S
PC_VD_TERMINAL R3123
R3227 EXB28V680JX
4.7k
91 92 93 94 95 96 97 98 99
60
13.17. A-Board (12/24) Schematic Diagram
! A-BOARD (12/24) AV SW
SUB9V SUB5V
R3112 R3113
0 0
+
C3138 C3143
10V 16V
100u 0.1u
SUB9V_VIDEO
TO 11/24
ADV_V_DEST
AUDIO OUT
AV1 A-OUT
AV2 A-OUT
TP3008
AV3 A-IN
AV2 A-IN
AV1 A-IN
PC_HS
PC_HS
PC/A-IN
TP3009
PC_VS
PC_VS
C3146
10V
10u
AVSW_R055PIN_R1OUT
AVSW_R053PIN_R2OUT
AVSW_R051PIN_R3OUT
AVSW_R056PIN_L1OUT
AVSW_R054PIN_L2OUT
AVSW_R052PIN_L3OUT
TP3021
AVSW_R071PIN_R7IN
AVSW_R069PIN_R6IN
AVSW_R065PIN_R4IN
AVSW_R063PIN_R3IN
AVSW_R061PIN_R2IN
AVSW_R059PIN_R1IN
MAIN_Y/CVBS
AVSW_R070PIN_L7IN
AVSW_R068PIN_L6IN
AVSW_R064PIN_L4IN
AVSW_R062PIN_L3IN
AVSW_R060PIN_L2IN
AVSW_R058PIN_L1IN
MAIN_Y/CVBS
TO 8/24
MAIN_PB/C TP3004
MAIN_PB/C
MAIN_PR TP3005
MAIN_PR
RGB_CVBS TP3006
RGB_CVBS
C3141
16V
0.1u
ADV_A-DEST
TO 9/24
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
51
AVSW NC-PIN 76 50 AV_L AV_L
AVSW_R076PIN_FBIN/O1 AV_L
R10in/R1out
R7in
R6in
R5in
R4in
R3in
R2in
R1in
L10in/L1out
L8in
L7in
L6in
L5in
L4in
L3in
L2in
L1in
L2out
AU1/2Vcc
77 49 AV_R AV_R
AV_R
78 48
AVSW_R078PIN_FBIN2/O2
79 47
AV1 V-IN AVSW_R079PIN_CVBSIN6
80
CVBSin6
R8in R2out
O3
46 RGB_CVBS
VCC9V L9in L3out G/CY/Y/CVBSout7
81 45
C3145 AV3 V-IN AVSW_R081PIN_CVBSIN5 CVBSin5 R9in R3out VCC9V AV1 V-OUT
82 44
AU_GND
16V T_DET9 CVBS/Y+Cout3 AVSW_R044PIN_CVBS/Y+COUT3
CVBSin7
R4out
L4out
TO 11/24
FBin2/O2
FBin1/O1
0.1u 83 43
Yin4 SAG_CVBSout3 AVSW_R043PIN_SAGCVBSOUT3
84 42
T_DET8 GND
85 41
Cin4 C/Y+C/CVBSout5
86 40
VCC5V SAG_CVBSout5
AV2 V-OUT
TO 11/24
AVSW_R087PIN_PBIN2/B3
87
88
PBin2/B3
L3_DET2
IC3001 Y/Y+C/CVBSout4
S2out
39
38
AVSW_R038PIN_Y/Y+C/CVBSOUT4
AVSW_R089PIN_CYIN2/G3
89
CYin2/G3
C1AB00003218 SAG_CVBSout4
37
AVSW_R037PIN_SAGCVBSOUT4
TO 11/24
90 36
T_DET7 VCC5V
AV SW
T_DET10/Fbout
91 35 MAIN_PR
AVSW_R091PIN_PRIN2/R3 PRin2/R3 R/Prout1
92 34 R3236 68 PC_VS
Rtate_out
T_DET6 VD_out1
93 33 MAIN_PB/C
AVSW_R093PIN_PBIN1 PBin1 B/PB/Cout1
GND
VDin
SDA
SUB3.3V R3237 PC_HS
TO 1/24
Bin
94 32 68
AVSW_R094PIN_L3DET1 L3_DET1 HD_out1
95 31 MAIN_Y/CVBS
AVSW_R095PIN_CYIN1 CYin1 Gin R1 G/CY/CVBSout1
R3093
S
96
HD_VD/FBKMUTE HDin VCC5V GND
30 IIC2
97 Rin CVBSin2 29
AVSW_R097PIN_PRIN1 PRin1 SCL AV-SW_SCL
98 28
S2_DET3
S2_DET2
S2_DET1
AV-SW_SDA
CVBSin4
CVBSin3
CVBSin1
T_DET5
T_DET4
T_DET3
T_DET2
T_DET1
R2/Cin3
G2/Yin2
G1/Yin1
B2/Cin2
B1/Cin1
99 27
AVSW_R099PIN_BIN AVSW_R027PIN_FBOUT/TDET10
GND
Yin3
BG
100 26
AVSW_R100PIN_VDIN TO 8,11/24 C3140
16V
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
1
2
3
4
5
6
8
9
0.1u
10u
C3147
C3139
16V
0.1u
10V
AVSW_R001PIN_GIN
AVSW_R002PIN_HDIN
AVSW_R014PIN_S2DET2
AVSW_R020PIN_S2DET1
AVSW_R003PIN_RIN
AVSW_R005PIN_CVBSIN4
AVSW_R017PIN_CVBSIN1
AVSW_R023PIN_CVBSIN2
AVSW_R011PIN_R2/CIN3
AVSW_R013PIN_G2/YIN2
AVSW_R019PIN_G1/YIN1
AVSW_R015PIN_B2/CIN2
AVSW_R021PIN_B1/CIN1
PC
TO 11/24
E_AV2 RGB/YC
DVB CVBS-IN
RF CVBS-IN
AV2 V-IN
ASIA AV1 CVBS-IN
100 101 102 103 104 105 106 107 108
61
13.18. A-Board (13/24) Schematic Diagram
! A-BOARD (13/24) TUNER
!
TUNER1.2V ACTIVE ANTENNA
SUB3.3V
TU2901A L2950
J0JHC0000045
ENG37F03KF
FE1.2V TP2952
TUNER ACT5V R2930
1 VOUT 6 15k TO 6/24
TNR5V PG-ACTIVE_ANTENNA_DET
C2951 VIN C2950
+B_active_antenna 10V 10V
1 C2917 2.2u 1u
BB 50V 2 VSS 5
2200p VSS
2
+
C2905 C2907RF-AGC_Monitor
10V 16V
0.1u 3 C2911
100u 3 ON/OFF 4
16V NC
0.1u
NC
TUNER5V
BT_Monitor
5
IC2950
6 C0CBCAG00031
FE1.2V
1.2V
Audio-out
SUB6V
8 L2904 TNR5V
SIF-out J0JCC0000278
SIF
to ADV R2959
VB1
9 L2905
J0JHC0000046
TO 9/24 0
R2961
5
10 C2959 C2961
C2910 0
16V
Video-out
MAIN_RF_CVBS to AVSW 16V
0.1u
10V
1u VIN VOUT
11
IIC_From_Demod 0.1u R2918 TO 11/24
L2901 0
VSS
J0JCC0000278 CE NC
SCL
1
FE-OUT_SCL
13
SUB_AI_3.3V
SDA
FE-OUT_SDA L5251
14 R2960
L2900 J0JCC0000278
J0JCC0000278
VB2
15 R2907
10k
IC2952
TO 1,24/24 IF_AGC 0 IFAGC C2909
C0DBGYY00281
16V
16 0.1u
RESET AA_FE_RST
FE_XRST / SDRAM_CHK
TO 2,3,5,24/24 TNR5V
17
C2908 R2926
16V 68
0.1u
IFD-out1 IFD1
SUB3.3V
19
IFD-out2 IFD2
20 Peaks-COMMON
IF_Monitor
21
TO 21/24 R5486
47k
VJ5486
POWER_DET PD_XIRQ5
S
Demod
TO 24/24 GENX-DEST
R2914 to GENX
10k TO 6/24
R5485
IFAGC
SG-RF_AFT1 TO 6/24 100
IFAGC NG-SW_OFF_DET
IFD1
IFD1 SUB5V
IFD2
IFD2
R5412
27k
D5470
B0ADEJ000035
R5413
100k
Q5478
TO 20/24 STB_5V_SWON
DSC200100L
P5V
R5571 C5474
68k 16V
0.1u
R5420
27k
TO 6,16,17/24 SG-P3.3V_DET
D5454
B0ADEJ000035
R5421
100k
Q5433
DSC2001S0L
Q5475 AVSW/A-Chip_A
R5422 DSC2001S0L
R5418
68k
100k
TO 6,16/24 PG-P5V_DET
C5475 HP_MUTE_ TO 9,11/24
R5419 10V
R5423 68k 0.47u
Q5434 100k
DSC2001S0L
R5424
68k STB-RESET-LCD/PDP
TP5401
TO 6/24
STB_RST
SG-MON_MUTE
FC
GND 16 SG-SP_HP_MUTE
17
PGND
18 FB 15 SUB9V SUB3.3V
DRV
19 MONITOR_MUTE 14
20
DTV5VOUT
DTB9V 13 R5493 Sheet STB-RESET-MODEL
VJ5451
DTV5VIN
10k Sheet ADV_A-DEST
S 21 AUDIO_MUTE_IN 12 C5482
+
EN_DCDC 10V
22 MUTE_VCC 11
220u
AMP_MUTE TO 9/24
F15V C5485 CD
0.1u 23 SP_MUTE 10
16V STB3.3V STB5V SUB5V
STB_RST
24 AMUTE 9 L5480
R5489 J0JYC0000068
DRVRST
R5474 TO 6/24 SG-PD4H_DRVRST
0 25 STB3.3V 8
10k R5482
R5481 STB5V_SW_ON
STB5V C5487 15
4.7k 26 7 C5490 6.3V
SUB3.3V C5473 P_SOS4 16V 0.1u 1u
R5475
25V TO 20/24 SOS4_PS
27 STB1.2V 6 D5481
12k D5482
0.01u SC_SOS6 R5457 B0JCME000076
SOS6_SC1
28 DRVRST_PD4 5 0
PD4H_DRVRST TO 16/24 B0ACCJ000048
GENX-DEST R5473 SC_SOS7
TP5470
TO 6/24 R5470
47k TO 16/24 SOS7_SC2
29 PANEL_SOS 4
PG-PANEL_SOS TO 6/24
C5488
2.2k D5450 SOS8_SS SS_SOS8 6.3V
30 TEST 3 R5528
SG-DTV_XRST B0ADCJ000100 1u
PD4H_SOS 10k
D_SOS_RSV
C5470 TO 16/24 SOS_DCC
31 P3.3V 2
PG-PANEL_VCC_ON TO 6,16/24
1
16V R5476 SC_OHZ
0.01u OUT
Vdd
GND
RESET IC 47k STB3.3V
SC_UHZ
32 UHZ 1
D_UHZ TO 16/24
Peaks-COMMON
TO 21/24 C5435 C5436 C5437 C5438
R5471
100
Cd NC
16V 16V 16V 16V
IC5481
IC5470 R5479
5
0.1u 0.1u 0.1u 0.1u
PD_XRST
8.2k C1ZBZ0004161
NRST ADD FOR A-CHIP PA_NRST C5471
C0EBM0000026 10V
R5155
100 0.047u
R5477 ANALOG-ASIC
10k
RESET TO 6,20/24 SG-TV_SUB_ON Q5476
R5478 B1ABCF000231
47k
109 110 111 112 113 114 115 116 117
62
13.19. A-Board (14/24) Schematic Diagram
! A-BOARD (14/24) FRC-S POWER
C4220
16V
R4230
0.1u
R4223 1 16 0
VO
4.3k VBST
0.5%
R4228
2 15 0
VFB
DRVH ! F15V
L4206 PA4206
R4224 G1C100MA0077 K5H4022A0031 1.05V/2.87A
D1
S1
10k 3 SS 14
0.5% SW
G1
C0DBAYY00737
D1
C4215 C4212 C4213
25V 25V 25V FRC_D1.05V
IC4201
3300p 4 13 10u 10u TP4201
GND
L4207
D2
R4225 DRVL
S2
G1C3R3Z00005
1.2k
G2
D2
5 CER 12
PGND C4242 C4243 C4244
GenX R4227
Q4201 6.3V 6.3V 6.3V
20k B1MBEDA00015 22u 22u 22u
6 11
TO 19,22/24 FSEL
TRIP
7 EN 10
DCDCEN
VREG5
C4216
10V
8 V5FILT 9 4.7u
VIN
C5635
16V
1u
FRC_D
1.05V
R4343
IC4212
C0DBAYY00462 C4314
TP4236 25V
L4214 FRC3.3V 0.22u
G1C100MA0077
R4268
1 8 1k
BOOT
C4316 C4311 SS
25V 25V
TP4237 R4263 R4269
10u 0.1u
39 47k
2 VIN 7
C4312 EN
L4219 25V
G1C150MA0416 0.01u
3 SW 6 IC4204
COMP
C0DBGFF00004
B0JCME000092
C4200
R4266 R4267
50V FRC_3.3V
C4313 TP4211 FRC_1.8V FRC_DDR_1.8V
D4200
C4318 1000p 4 5 3k 180 TP4202
6.3V GND
FB
50V DDR1.8V
22u 4700p L4205
R4200 R4265 J0JHC0000045
2.2 7 Vo 1
1k
Vin
L4215 C4236 C4240
C4245 C4249
R4264 J0JYC0000068 10V 10V
2 16V 16V
5.6k 4.7u NC 4.7u 0.1u 0.1u
6
Sub
3
GND
C4241
5 Cn 4
16V
Cont
C4248 0.1u
50V
470p
R4234
R4207 47k
22k
TV_ON OFF
R4208 C4201
68k 16V Q4205
1u DSC200100L
Q4204
DSC200100L R4235
10k
118 119 120 121 122 123 124 125 126
63
13.20. A-Board (15/24) Schematic Diagram
! A-BOARD (15/24) FRC-S
IC4200
C1AB00003310
Zport(input) Xport(Out1st) Yport(Out2nd)
FRC-S
JEIDA 10bit JEIDA 10bit
DRAM_DM0 Y20 IC4200
F_CH0DM0
F_CH0DM1
F_CH0DM0
F_CH0DM1
=
IC4211
=
F3 LDM IC4211
DRAM_DM1 Y19 IC4200 IC4211 B3 UDM
PD_TA1N IC4200 A2 P_ZA_RX0_N C3ABSG000060
R4241 P_XA_TX0_N A13 IC4200 P_YA_TX0_N E22 IC4200 RXEAN
100 F_CH0DQS0 F_CH0DQS0 =
PD_TA1P IC4200 A1 P_ZA_RX0_P P_XA_TX0_P B13 IC4200 P_YA_TX0_P E21 IC4200 RXEAP DRAM_DQS0 AB20 IC4200 IC4211 F7 LDQS DDR2
F_CH0XDQS0 F_CH0XDQS0 =
DRAM_DQS0_N AA21 IC4200 IC4211 E8 LDQS
PD_TB1N IC4200 B2 P_ZA_RX1_N P_XA_TX1_N A14 IC4200 P_YA_TX1_N F22 IC4200 RXEBN F_CH0DQS1 F_CH0DQS1 =
R4242 DRAM_DQS1 AB22 IC4200 IC4211 B7 UDQS FRC_DDR_1.8V
100 P_XA_TX1_P B14 IC4200 P_YA_TX1_P F21 IC4200 RXEBP F_CH0XDQS1 F_CH0XDQS1 =
PD_TB1P IC4200 B1 P_ZA_RX1_P DRAM_DQS1_N AA22 IC4200 IC4211 A8 UDQS
P_XA_TX2_N A15 IC4200 P_YA_TX2_N G22 IC4200 RXECN
PD_TC1N IC4200 C2 P_ZA_RX2_N
+
R4243 P_XA_TX2_P B15 IC4200 P_YA_TX2_P G21 IC4200 RXECP F_CH0DQ0 F_CH0DQ0 = C4319
100 DRAM_DQ0 V20 IC4200 IC4211 G8 DQ0 4V
PD_TC1P IC4200 C1 P_ZA_RX2_P F_CH0DQ1 F_CH0DQ1 = 68u
P_XA_CLK_N A16 IC4200 P_YA_CLK_N H22 IC4200 RXECKN DRAM_DQ1 Y17 IC4200 IC4211 G2 DQ1
F_CH0DQ2 F_CH0DQ2 =
PD_TCLK1N IC4200 D2 P_ZA_CLK_N P_XA_CLK_P B16 IC4200 P_YA_CLK_P H21 IC4200 RXECKP DRAM_DQ2 V21 IC4200 IC4211 H7 DQ2
R4244 F_CH0DQ3 F_CH0DQ3 =
100 DRAM_DQ3 AA20 IC4200 IC4211 H3 DQ3 =
PD_TCLK1P IC4200 D1 P_ZA_CLK_P P_XA_TX3_N A17 IC4200 P_YA_TX3_N J22 IC4200 RXEDN F_CH0DQ4 F_CH0DQ4 = C4320 16V 0.1u
DRAM_DQ4 AB16 IC4200 IC4211 H1 DQ4 IC4211 A1 VDD
P_XA_TX3_P B17 IC4200 P_YA_TX3_P J21 IC4200 RXEDP F_CH0DQ5 F_CH0DQ5 = C4322 16V 0.1u =
PD_TD1N IC4200 E2 P_ZA_RX3_N DRAM_DQ5 U21 IC4200 IC4211 H9 DQ5 IC4211 E1 VDD
R4245 F_CH0DQ6 F_CH0DQ6 = C4323 16V 0.1u =
100 P_XA_TX4_N A18 IC4200 P_YA_TX4_N K22 IC4200 RXEEN DRAM_DQ6 AA17 IC4200 IC4211 F1 DQ6 IC4211 M9 VDD
PD_TD1P IC4200 E1 P_ZA_RX3_P F_CH0DQ7 F_CH0DQ7 = C4324 16V 0.1u =
P_XA_TX4_P B18 IC4200 P_YA_TX4_P K21 IC4200 RXEEP DRAM_DQ7 W22 IC4200 IC4211 F9 DQ7 IC4211 J9 VDD
F_CH0DQ8 F_CH0DQ8 = C4330 16V 0.1u =
PD_TE1N IC4200 F2 P_ZA_RX4_N DRAM_DQ8 W20 IC4200 IC4211 C8 DQ8 IC4211 R1 VDD
R4246
100
TO 16/24 DRAM_DQ9 AA18 IC4200
F_CH0DQ9 F_CH0DQ9 =
IC4211 C2 DQ9
PD_TE1P IC4200 F1 P_ZA_RX4_P F_CH0DQ10 F_CH0DQ10 = C4325 10V 10u =
P_XB_TX0_N A19 IC4200 P_YB_TX0_N L22 IC4200 RXOAN DRAM_DQ10 AB21 IC4200 IC4211 D7 DQ10 IC4211 J1 VDDL
F_CH0DQ11 F_CH0DQ11 =
P_XB_TX0_P B19 IC4200 P_YB_TX0_P L21 IC4200 RXOAP DRAM_DQ11 AA19 IC4200 IC4211 D3 DQ11
TO 21/24 DRAM_DQ12 Y18 IC4200
F_CH0DQ12 F_CH0DQ12 =
IC4211 D1 DQ12
P_XB_TX1_N A20 IC4200 P_YB_TX1_N M22 IC4200 RXOBN F_CH0DQ13 F_CH0DQ13 =
DRAM_DQ13 W21 IC4200 IC4211 D9 DQ13 C4331 16V 0.1u =
PD_TA2N IC4200 G2 P_ZB_RX0_N P_XB_TX1_P B20 IC4200 P_YB_TX1_P M21 IC4200 RXOBP F_CH0DQ14 F_CH0DQ14 = IC4211 A9 VDDQ
R4247 DRAM_DQ14 AB18 IC4200 IC4211 B1 DQ14 C4332 16V 0.1u =
100 F_CH0DQ15 F_CH0DQ15 = IC4211 C1 VDDQ
PD_TA2P IC4200 G1 P_ZB_RX0_P P_XB_TX2_N A22 IC4200 P_YB_TX2_N N22 IC4200 RXOCN DRAM_DQ15 Y21 IC4200 IC4211 B9 DQ15 C4333 16V 0.1u =
IC4211 C3 VDDQ
P_XB_TX2_P A21 IC4200 P_YB_TX2_P N21 IC4200 RXOCP C4334 16V 0.1u =
PD_TB2N IC4200 H2 P_ZB_RX1_N IC4211 C7 VDDQ
R4248 C4335 16V 0.1u =
100 P_XB_CLK_N B22 IC4200 P_YB_CLK_N P22 IC4200 RXOCKN IC4211 C9 VDDQ
PD_TB2P IC4200 H1 P_ZB_RX1_P C4336 16V 0.1u =
P_XB_CLK_P B21 IC4200 P_YB_CLK_P P21 IC4200 RXOCKP F_CH0ODT = IC4211 E9 VDDQ
IC4211 K9 ODT C4337 16V 0.1u =
PD_TC2N IC4200 J2 P_ZB_RX2_N R4318 330 IC4211 G1 VDDQ
R4249 P_XB_TX3_N C22 IC4200 P_YB_TX3_N R22 IC4200 RXODN F_CH0CK = C4338 16V 0.1u =
100 IC4211 J8 CK IC4211 G3 VDDQ
PD_TC2P IC4200 J1 P_ZB_RX2_P P_XB_TX3_P C21 IC4200 P_YB_TX3_P R21 IC4200 RXODP F_CH0XCK = C4339 16V 0.1u =
R4333 33 F_CH0BA0 IC4211 K8 CK IC4211 G7 VDDQ
DRAM_BA0 AA11 IC4200 C4340 16V 0.1u =
PD_TCLK2N IC4200 K2 P_ZB_CLK_N P_XB_TX4_N D22 IC4200 P_YB_TX4_N T22 IC4200 RXOEN R4334 33 F_CH0BA1 IC4211 G9 VDDQ
R4250 DRAM_BA1 Y11 IC4200 F_CH0CKE =
100 P_XB_TX4_P D21 IC4200 P_YB_TX4_P T21 IC4200 RXOEP R4335 33 F_CH0BA2 IC4211 K2 CKE
PD_TCLK2P IC4200 K1 P_ZB_CLK_P DRAM_BA2 Y10 IC4200
R4336 33 F_CH0XWE
DRAM_WE_N AA13 IC4200 F_CH0BA0 =
PD_TD2N IC4200 L2 P_ZB_RX3_N R4337 33 F_CH0XRAS IC4211 L2 BA0
R4251 DRAM_RAS_N AB14 IC4200 F_CH0BA1 =
100 R4338 33 F_CH0XCAS IC4211 L3 BA1
PD_TD2P IC4200 L1 P_ZB_RX3_P DRAM_CAS_N Y13 IC4200 F_CH0BA2 =
TP4206 R4339 33 F_CH0XCS IC4211 L1 NC
DRAM_CS_N AB12 IC4200
PD_TE2N IC4200 M2 P_ZB_RX4_N IC4200 B11 PWM
R4252 F_CH0XWE =
TP4207
100 R4340 33 F_CH0CKE IC4211 K3 WE
PD_TE2P IC4200 M1 P_ZB_RX4_P IC4200 B12 H DRAM_CKE Y12 IC4200 F_CH0XRAS =
TP4208 IC4211 K7 RAS =
F_CH0XCAS = IC4211 A3 VSS
IC4200 A12 V R4341 33 F_CH0ODT IC4211 L7 CAS =
DRAM_ODT AA12 IC4200 F_CH0XCS = IC4211 E3 VSS
FRC_D1.05V R4346 F_CH0CK IC4211 L8 CS =
33
DRAM_CK AA10 IC4200 IC4211 J3 VSS
IC4206 A1.05V
FRC_A1.05V R4232
DRAM_CK_N AB10 IC4200
R4347 33 F_CH0XCK
F_CH0ODT R4315 10k
=
IC4211
=
N1 VSS
FRC_3.3V TP4212 P
C0DBGYY00892 C4284
IC4211 P9 VSS
C4233 C4234 C4286
VOUT CERAMIC 16V F_CH0CKE R4316 10k
6.3V 6.3V 16V
VDD
FRC_3.3V 1 5 0.1u IC4200 G7 VDD105 IC4200 G14 VDD105 =
22u 22u 0.1u C4287 C4301 IC4211 A7 VSSQ
C4237 16V IC4200 G8 VDD105 16V IC4200 G15 VDD105 F_CH0XCS R4317 10k =
10V 0.1u 0.1u IC4211 B2 VSSQ
C4268
GND
1u 2 C4266 IC4200 G9 VDD105 IC4200 G16 VDD105 =
10V 16V C4288 C4302 IC4211 B8 VSSQ
4.7u 0.1u 16V IC4200 H7 VDD105 16V IC4200 H14 VDD105 =
L4217 L4209 0.1u 0.1u IC4211 D2 VSSQ
VIHmin=1.6V 60mA
3 4 IC4200 H8 VDD105 IC4200 H15 VDD105 =
NC
CE
J0JHC0000045 CERAMIC J0JHC0000045 F_CH0A0 F_CH0A0 = IC4211 D8 VSSQ
C4289 R4320 33
IC4200 P4 VDD33OSC R4222 IC4200 T13 VDD105DLL 16V IC4200 H9 VDD105 IC4200 H16 VDD105 DRAM_A0 AA9 IC4200 IC4211 M8 A0 =
0.1u C4303 R4321 33 F_CH0A1 F_CH0A1 = IC4211 E7 VSSQ
C4250 C4253 C4256 C4260 10k C4269 C4275 IC4200 J8 VDD105 16V IC4200 J13 VDD105 DRAM_A1 AB8 IC4200 IC4211 M3 A1 =
16V 16V 10V 16V C4262 16V 4V C4290 0.1u R4322 33 F_CH0A2 F_CH0A2 = IC4211 F2 VSSQ
0.1u 0.1u 10u 0.1u 16V IC4200 J9 VDD105 IC4200 J14 VDD105 DRAM_A2 AA8 IC4200 IC4211 M7 A2 =
10V 0.1u 22u
IC4200 R13 VSS 0.1u R4323 33 F_CH0A3 F_CH0A3 = IC4211 F8 VSSQ
IC4200 N4 VSS33OSC 4.7u IC4200 J10 VDD105 IC4200 J15 VDD105 DRAM_A3 Y9 IC4200 IC4211 N2 A3 =
C4291 R4324 33 F_CH0A4 F_CH0A4 = IC4211 H2 VSSQ
16V IC4200 K9 VDD105 IC4200 J16 VDD105 DRAM_A4 Y8 IC4200 IC4211 N8 A4 =
0.1u R4325 33 F_CH0A5 F_CH0A5 = IC4211 H8 VSSQ
IC4200 K10 VDD105 IC4200 K13 VDD105 DRAM_A5 AA7 IC4200 IC4211 N3 A5
L4218 R4326 F_CH0A6 F_CH0A6 =
33
J0JHC0000045 13mA L4210 IC4200 J7 VDD105_S IC4200 K14 VDD105 DRAM_A6 Y7 IC4200 IC4211 N7 A6 =
R4327 33 F_CH0A7 F_CH0A7 = IC4211 J7 VSSDL
IC4200 D7 VDD33 J0JHC0000045 DRAM_A7 AA14 IC4200 IC4211 P2 A7
IC4200 R4 VDD105PLL R4328 33 F_CH0A8 F_CH0A8 =
C4251 C4254 C4257 C4259 IC4200 D8 VDD33 C4292 DRAM_A8 Y14 IC4200 IC4211 P8 A8
C4246 C4276
IC4205 16V
0.1u
16V
0.1u
16V
0.1u
16V
0.1u IC4200 M4 VDD33
C4270
16V
0.1u
4V
22u
16V
0.1u
16V
0.1u
IC4200
IC4200
N9
N10
VDD105
VDD105
C4304
16V
IC4200
IC4200
N13
N14
VDD105
VDD105
DRAM_A9 Y15 IC4200
R4329
R4330
33
33
F_CH0A9
F_CH0A10
F_CH0A9
F_CH0A10
=
IC4211
=
P3 A9
TVRR333 IC4200 T4 VSS105PLL C4293
16V IC4200 P8 VDD105
0.1u
IC4200 P13 VDD105
DRAM_A10 AA15 IC4200
R4331 33 F_CH0A11 F_CH0A11
IC4211
=
M2 A10
0.1u C4305 DRAM_A11 AA16 IC4200 IC4211 P7 A11
IC4200 P9 VDD105 IC4200 P14 VDD105 R4332 F_CH0A12 F_CH0A12 =
EEPROM 16V 33
IC4207 C4294
16V
0.1u
IC4200 P10 VDD105
0.1u
IC4200 P15 VDD105
DRAM_A12 Y16 IC4200 IC4211
=
IC4211
R2
R8
A12
NC A13
IC4200 R7 VDD105 IC4200 R14 VDD105 =
C4258 C0DBGFF00011 7mA L4211
C4295 IC4211 R3 NC A14 =
J0JHC0000045 16V
16V IC4200 R8 VDD105 IC4200 R15 VDD105 = IC4211 A2 NC
IC4200 T9 VDD105MPLL 0.1u IC4211 R7 NC A15 =
0.1u
1 NC 8 FRC2.5V C4235 C4247 C4277 IC4200 R9 VDD105 IC4200 R16 VDD105 DRAM_TEST_ANALOG W5 IC4200 TP4233 IC4211 E2 NC
50V C4271
Vcc 4V 16V TP4234
R4258 R4259 R4262 470p 16V IC4200 T7 VDD105 IC4200 T14 VDD105 DRAM_TEST_D1 W6 IC4200
0.1u 22u 0.1u
2.2k 2.2k 2.2k Cont IC4200 T10 VSS105MPLL TP4235
IC4200 T16 VDD105 DRAM_TEST_D2 W7 IC4200
5 Cn 4
2 E1 7
/WC
GND FRC_DDR_1.8V FRC_DDR_1.8V
3
3 E2 6 Sub
IC4200 N3 MSCL 6 C4264
SCL R4261 FRC_2.5V TP4210
NC 10V
2 100 FRC_DDR_1.8V
10u
4 Vss 5 Vin R4344 R4313
SDA IC4200 M3 MSDA Vo
7 1 1k 1k
C4263 IC4200 D14 VDDLX25PLL C4297 16V 0.1u VJ4228
S VJ4229S
6.3V IC4200 P7 VDD18 =
C4282 C4298 16V 0.1u DRAM_VREF W12 IC4200 IC4211 J2 VREF
1u IC4200 P16 VDD18
16V
0.1u C4299 16V 0.1u C4317 C4348
R4260 IC4200 T8 VDD18 C4307 C4309 C4308 C4315 50V
9mA L4212 R4345 R4314 16V
68 C4300 16V 0.1u 50V 16V 16V 16V 100p
1k 1k 0.1u
J0JHC0000045 IC4200 T12 VDD18 100p 0.1u 0.1u 0.1u
IC4200 K19 VDDLY25PLL C4306 16V 0.1u
R4257 IC4200 T15 VDD18
C4273 C4261 C4278
22
16V 4V 16V
0.1u 22u 0.1u
R4256 IC4200 C14 VSS
22
R4342 9mA L4213
FRC_EEPROM_WP 68 J0JHC0000045
PD_XDTR0 IC4200 H4 VDDLZ25PLL
DRAM_DM2 AB1 IC4200
C4274 C4238 C4283
TO 21/24 16V 4V 16V DRAM_DM3 Y2 IC4200
0.1u 22u 0.1u
IC4200 K7 VSS105_S IC4200 F3 VSS IC4200 L3 VSS IC4200 P11 VSS
IC4200 J3 VSS DRAM_DQS2 Y3 IC4200
IC4200 F4 VSS IC4200 L4 VSS IC4200 P12 VSS
IC4200 C5 VSS DRAM_DQS2_N AA3 IC4200
IC4200 F19 VSS IC4200 L7 VSS IC4200 P19 VSS
IC4200 C6 VSS DRAM_DQS3 AA4 IC4200
175mA L4208 IC4200 F20 VSS IC4200 L8 VSS IC4200 P20 VSS
IC4200 C7 VSS DRAM_DQS3_N AB4 IC4200
J0JHC0000045 IC4200 G3 VSS IC4200 L9 VSS IC4200 R10 VSS
IC4200 C8 VSS
IC4200 G4 VSS IC4200 L10 VSS IC4200 R11 VSS DRAM_DQ16 AB2 IC4200
C4280 16V 0.1u IC4200 C9 VSS
IC4200 P1 XOUT IC4200 J4 VDDLZ25 IC4200 G10 VSS IC4200 L11 VSS IC4200 R12 VSS DRAM_DQ17 V2 IC4200
IC4200 C10 VSS
X4200 IC4200 G11 VSS IC4200 L12 VSS DRAM_DQ18 AA2 IC4200
H0J270500113 IC4200 R1 XIN IC4200 C11 VSS
IC4200 G12 VSS IC4200 L13 VSS IC4200 R19 VSS DRAM_DQ19 V3 IC4200
C4272 16V 0.1u IC4200 C12 VSS
IC4200 M19 VDDLY25 IC4200 G13 VSS IC4200 L14 VSS IC4200 R20 VSS DRAM_DQ20 U1 IC4200
C4252 C4255 IC4200 C13 VSS
50V 50V C4267 16V 0.1u IC4200 G19 VSS IC4200 L15 VSS IC4200 T2 VSS DRAM_DQ21 AB6 IC4200
12p 18p IC4200 H19 VDDLY25 IC4200 C15 VSS
IC4200 G20 VSS IC4200 L16 VSS IC4200 T3 VSS DRAM_DQ22 W3 IC4200
C4279 16V 0.1u
IC4200 D12 VDDLX25 IC4200 H3 VSS IC4200 L19 VSS IC4200 T11 VSS DRAM_DQ23 AA6 IC4200
IC4200 C16 VSS
C4281 16V 0.1u IC4200 H10 VSS IC4200 L20 VSS IC4200 T19 VSS DRAM_DQ24 Y5 IC4200
IC4200 D16 VDDLX25 IC4200 C17 VSS
IC4200 H11 VSS IC4200 M7 VSS IC4200 T20 VSS DRAM_DQ25 W2 IC4200
IC4200 C18 VSS
C4285
JTAG 4V IC4200 C19 VSS
IC4200 H12 VSS IC4200 M8 VSS IC4200 U2 VSS DRAM_DQ26 Y4 IC4200
22u IC4200 H13 VSS IC4200 M9 VSS IC4200 U3 VSS DRAM_DQ27 AA1 IC4200
TDI IC4200 C20 VSS
FRCS_TDI IC4200 A4 TDI IC4200 H20 VSS IC4200 M10 VSS IC4200 U4 VSS DRAM_DQ28 W1 IC4200
IC4200 D3 VSS
IC4200 M11 VSS IC4200 U19 VSS DRAM_DQ29 Y6 IC4200
TDO IC4200 D4 VSS
FRCS_TDO IC4200 B5 TDO IC4200 J11 VSS IC4200 M12 VSS IC4200 U20 VSS DRAM_DQ30 Y1 IC4200
IC4200 D5 VSS
IC4200 J12 VSS IC4200 M13 VSS IC4200 U22 VSS DRAM_DQ31 AA5 IC4200
TO 1/24 FRCS_TMS
TMS
IC4200 A5 TMS
IC4200 D6 VSS
IC4200 J19 VSS IC4200 M14 VSS IC4200 V4 VSS
IC4200 D9 VSS
TCK IC4200 A11 GPIO00 IC4200 B7 GPIO07 IC4200 J20 VSS IC4200 M15 VSS IC4200 V19 VSS
FRCS_TCK IC4200 B4 TCLK IC4200 D10 VSS
IC4200 B10 GPIO01 IC4200 A7 GPIO08 IC4200 K3 VSS IC4200 M16 VSS IC4200 W4 VSS
TRST IC4200 D11 VSS
FRCS_TRST IC4200 A3 TRST_N IC4200 A10 GPIO02 IC4200 P2 GPIO09 IC4200 K4 VSS IC4200 M20 VSS IC4200 W8 VSS
IC4200 D13 VSS
IC4200 B9 GPIO03 IC4200 P3 GPIO10 IC4200 K8 VSS IC4200 N7 VSS IC4200 W9 VSS
IC4200 A6 TM IC4200 D15 VSS
IC4200 A9 GPIO04 IC4200 R2 GPIO11 IC4200 K11 VSS IC4200 N8 VSS IC4200 W10 VSS
IC4200 D17 VSS
IC4200 B8 GPIO05 IC4200 R3 GPIO12 IC4200 K12 VSS IC4200 N11 VSS IC4200 W11 VSS
IC4200 D18 VSS
IC4200 A8 GPIO06 IC4200 K15 VSS IC4200 N12 VSS IC4200 W13 VSS
IC4200 D19 VSS
IC4200 K16 VSS IC4200 N15 VSS IC4200 W14 VSS
FRCS_SCL IC4200 N1 SSCL IC4200 D20 VSS
TO 1/24 IC4200 K20 VSS IC4200 N16 VSS IC4200 W15 VSS
FRCS_SDA
TP4209
IC4200 N2 SSDA GPIO port IC4200 E3 VSS
IC4200 N19 VSS IC4200 W16 VSS
TO 6/24 PG-HQ_XRST IC4200 B6 RESET_N IC4200 E4 VSS
IC4200 N20 VSS IC4200 W17 VSS
R4229 IC4200 E19 VSS
1k IC4200 W18 VSS
IC4200 E20 VSS
IC4200 W19 VSS
127 128 129 130 131 132 133 134 135
64
13.21. A-Board (16/24) Schematic Diagram
! A-BOARD (16/24) DC-DC CONVERTER
TO 6,13/24
TO 6/24
TO 13/24
TO 3/24
TO 1/24
TO 5/24
PG-PD4H_XRST_SYS
PG-PANEL_VCC_ON
PD4H_DRVRST
TO 15/24
PD4H_SDA
PD4H_SCL
AA_XIRQ10
3:B4/22:K9
RXOCKN
RXOCKP
RXECKN
RXECKP
DISPEN
RXODN
RXOCN
RXOEN
RXODP
RXOCP
RXOBN
RXOAN
RXOEP
RXOBP
RXOAP
RXEDN
RXECN
RXEEN
RXEDP
RXECP
RXEBN
RXEAN
RXEEP
RXEBP
RXEAP
27:C3
DISPEN
InternalP.D.
P15V TP9202 TP9201
P15V
C9812 C9813 IC9801 C9097 C9098
IC9803 R9107
3.3k
25V 25V
C0DBAYY00462 C0DBAYY00462
AA_XIRQ10
PD4H_SDA
25V 25V
PD4H_SCL
10u 10u C9811 C9099
RXOCKN
RXOCKP
RXECKN
10u 10u
DRVRST
RXECKP
16V 16V
DISPEN
RXODN
RXOCN
RXOEN
RXODP
RXOCP
RXOBN
RXOAN
RXOEP
RXOBP
RXOAP
RXEDN
RXECN
RXEEN
RXEDP
RXECP
RXEBN
RXEAN
RXEEP
RXEBP
RXEAP
0.1u 0.1u
1 BOOT 8 1 BOOT 8
SS P3.3V SS
P5V R9015 R9104
39 39
2 VIN 7 2 VIN 7
C9816 EN C9809 TP9011 C9104 EN C9107
L9801 25V 50V L9000 25V 50V
0.01u +5V R9879
1000p VJ9910 0.01u
R9133
2700p
P3.3V
G1C100MA0416
3 SW 6
15k G1C100MA0416
3 SW
+3.3V 6
12k
COMP P COMP
C9815 C9814 C9066
6.3V 6.3V 6.3V C9067 C9112 C9111 C9069
4 5 4 5
B0JCPG000030
GND GND R9038
B0JCPG000030
22u 22u 22u 50V 6.3V 6.3V 50V
D9104
FB FB 100k
1000p
D9816
22u 22u 1000p
R9036
R9019
10k
R9016 2.2
2.2
R9878 R9134 R9037
10k 10k 47k Q9006
1% Q9005 DSC200100L
TO DSC200100L
SC-BOARD R9017 R9135
TP9203 P5V R9014 R9877 4.7k 27k
(SC20) 5.6k 47k
1% 1%
A20
C9101 C9100
SIDE 10V
25V
0.01u 10u
P5V R9110
1 0 D_XRST_SYS
TP9081
SIU
2
TP9082
SC_SIU Y8
SCLK GND 10
3 11
SC_SIU SC_SCCLK PD_SIU
GND
12
Y7 BUFFER A8 9
4 SC_SCCLK
TP9083
SC_CERS Y6 PD_SCCLK
CERS SC_CERS A7
5 13 8
TP9084
C0JBAZ002692
SC_CRC2 SC_CRC2 Y5 PD_CERS
CRC2 P15V
6 14 A6 7 +1.2V
IC9400
SC_OC2
SC_OC2 Y4 PD_CRC2
GND SC_CRC1 A5
7 15 6
TP9085 1 PGND 20
SCNRST SC_CRC1 Y3 PD_OC2
OC2 VIN
8 16 A4 5 C9804 C9805
TP9086 SC_OC1 2 19
SCNRST PD_CRC1 PGND 25V 25V
Y2 VIN
CRC1 A3 10u 10u
9 R9208 17 4
TP9087 3 PGND 18
EXB2HV470JV SC_OC1 Y1 PD_SCNRST
VIN
C0DBAYY00605
SCNRST A2
10 18 3 P1.2V
TP9088 P5V TP9013 4 SW 17
IC9800
G2 PD_OC1 L9800
OC1 NC
11 19 A1 2 G1C6R8Z00010
5 SW 16
Vcc NC
GND 20 G1 1
12 C9800
TP9089 R9400 6 SW 15
C9400 C9825 25V
EXB2HV103JV EN C9807
CPH1 16V 6.3V 0.1u
13 R9198
TP9090 0.1u 22u 7 BOOT 14 50V 200p
EXB28V101JX
CIS PSET R9874
14 C9803 8 13 27k
TP9204 NC
SOS6_SC1 25V
SOS6_SC1 RT
15 4700p
TP9207 9 SS/DELAY 12
SOS7_SC2 SC_CPH1 Y8 FC
SOS7_SC2 GND 10 R9872
16 11 C9801
10 GND 11
SC_CIS Y7
BUFFER PD_CPH1
FB
3.3k 25V
GND A8 6800p
17 12 9
TP9208 C9806
SC_UHZ SC_CEL PD_CIS
Y6 50V
UHZ A7
18 13 8
100p
SC_CSH Y5 PD_CEL
C0JBAZ002692
GND SC_CPH1 A6
19 14 7 R9875
TP9091
IC9401
SC_CIS SC_CSL PD_CSH 20k
Y4
CEL A5
20 SC_CEL 15 6
R9873
TP9092 SC_CMH Y3
PD_CSL
SC_CSH 10k
GND A4
21 16 5
SC_CSL SC_CML PD_CMH
Y2
CSH A3
22 SC_CMH 17 4
SC_SEL2 Y1 PD_CML
GND SC_CML
23 18 A2 3
TP9093 P5V
SC_SEL2 G2 PD_SEL2 D9807
CSL A1 R9040
24 19 2 B0ADCJ000100
R9209 0V 4.7k
Vcc
GND EXB2HV470JV G1
25 20 1
TP9094 C9401 R9401
CMH 16V EXB2HV103JV R9039
26 0.1u
TP9095
47k
CML OHZ1
27
P15V
NC
28
SC_SEL Y8
+15V GND 10 0V
29 11
C9103 C9102 SC_CRC3 Y7
BUFFER PD_SEL
+15V 25V 25V
30 12 A8 9
0.01u 10u
SC_CML2 Y6 PD_CRC3
NC A7
31 13 8
TP9096
C0JBAZ002692
Y5 PD_CML2
SEL2 14 A6 7
32
IC9402
TP9097
R9224 47 SC_SEL Y4
SEL A5
33 15 6
TP9098
R9226 47 SC_CRC3 Y3
CRC3 A4
34 16 5
TP9099
R9247 47 SC_CML2
TO 6,13,17/24
GND
Y2
A3
Analog ASIC
TERM
35 17 4
Y1
A2
TO 13/24
18 3
P5V
TO 6,13/24
TP9101
G2
19 A1 2 SOS_DCC
TP9102 Vcc
G1 0V
20 1
TP9103 C9402 R9402
16V EXB28V103JX
0.1u SOS6_SC1
TP9104
SG-P3.3V_DET
SOS7_SC2
PG-P5V_DET
SOS8_SS
P5V
P3.3V
R9203 R9205
2.7k 33k
SC_UHZ D_UHZ
C9052 C9040
R9206
16V 56k 16V
0.1u 0.1u
P_S0
P_S0 D_UHZ
TO 20/24 P_S1
P_S1
1
SOS6_SC1
SOS7_SC2
SOS_DCC
SOS8_SS
SC_UHZ
136 137 138 139 140 141 142 143 144
65
13.22. A-Board (17/24) Schematic Diagram
! A-BOARD (17/24)
IC9300 PD4H
PD4 C1AB00003258
P_S0
IC9300 U3 DCCOP40
IC9300 PD4H
DD1_2P
IC9300 AC2 LVDOD0P
DD7_2P
IC9300 AJ12 LVDOD12P
DD13_2P
IC9300 AJ26 LVDOD24P IC9300 V30 XI
P3.3V
P_S1
IC9300 P3 DCCOP41
C1AB00003258 DD1_2N DD7_2N DD13_2N
IC9300 AC1 LVDOD0N IC9300 AK12 LVDOD12N IC9300 AK26 LVDOD24N
X9300 C9301
DD1_1P DD7_1P DD13_1P H0J200500076 50V
IC9300 AD2 LVDOD1P IC9300 AJ13 LVDOD13P IC9300 AJ27 LVDOD25P 18p
IC9300 T30 CKMO
R9323 DD1_1N DD7_1N DD13_1N R9321
1k IC9300 M3 DCCOP35 IC9300 AD1 LVDOD1N IC9300 AK13 LVDOD13N IC9300 AK27 LVDOD25N
1M
DRVCLK1P DRVCLK4P DRVCLK8P
IC9300 N3 DCCOP39 IC9300 AC4 LVDRCK0P IC9300 AH13 LVDRCK6P IC9300 AH27 LVDRCK12P
TP9300
IC9300 B30 DCCIPORT0 IC9300 C29 SFLATCHI DRVCLK1N DRVCLK4N DRVCLK8N C9302
TP9383 IC9300 AC3 LVDRCK0N IC9300 AH12 LVDRCK6N IC9300 AH26 LVDRCK12N 50V
TO 6,13,16/24 R9320 15p
DD2_2P DD8_2P DD14_2P
TP9111 IC9300 A27 SFRST SG-P3.3V_DET IC9300 R3 DCCIFBK1 IC9300 AE2 LVDOD2P IC9300 AJ14 LVDOD14P IC9300 AH29 LVDOD26P 1k
TP9301 S
VJ9042 DD2_2N DD8_2N DD14_2N IC9300 W30 XO
TP9112 IC9300 B26 SFVRST IC9300 AE1 LVDOD2N IC9300 AK14 LVDOD14N IC9300 AH30 LVDOD26N
IC9300 B6 SPIHZ
IC9300 V3 DCCOP11 DD2_1P DD8_1P DD14_1P
IC9300 AF2 LVDOD3P IC9300 AJ15 LVDOD15P IC9300 AG29 LVDOD27P
P3.3V
IC9300 D30 FPCLK DD2_1N DD8_1N DD14_1N
IC9300 AF1 LVDOD3N IC9300 AK15 LVDOD15N IC9300 AG30 LVDOD27N
IC9300 E29 FPDAT1 DRVCLK5P
PD_VSET2 IC9300 AH15 LVDRCK7P
IC9300 T3 DCCIFBK2
TP9105 IC9300 E28 FPDAT0 DRVCLK5N
C9300 IC9300 AH14 LVDRCK7N
16V DD3_2P DD15_2P
1 8 R9334 TP9076 PD_SIU IC9300 AG2 LVDOD4P IC9300 AF29 LVDOD28P
CS# 0.1u IC9300 A4 FLSCK IC9300 K2 DCCOP30
VCC S
DD3_2N DD15_2N
TP9106
R9335 IC9300 C2 OSDHO PD_SCCLK IC9300 AG1 LVDOD4N IC9300 AF30 LVDOD28N
R9308 IC9300 B5 FLNCS IC9300 K1 DCCOP34 DD9_2P
S S S
2 7 TP9107 DD3_1P IC9300 AJ16 LVDOD16P DD15_1P
SO/SIO1 PD_CERS IC9300 AH2 LVDOD5P IC9300 AE29 LVDOD29P
NC/SIO3 IC9300 B4 FLSIO0 TP9100 IC9300 L2 DCCOP6 DD9_2N
R9306 DD3_1N IC9300 AK16 LVDOD16N DD15_1N
TP9108
PD_SEL IC9300 AH1 LVDOD5N IC9300 AE30 LVDOD29N
S
3 6 Read 50MHz IC9300 C5 FLSIO1 IC9300 K29 SFVO IC9300 L1 DCCOP38 DD9_1P
WP#/SIO2 DRVCLK2P
SCLK TP9109 IC9300 AJ17 LVDOD17P DRVCLK9P
PD_OC2 IC9300 AG3 LVDRCK2P IC9300 AD28 LVDRCK14P
R9309 IC9300 A6 FLSIO2 R9318 IC9300 M2 DCCOP33 DD9_1N
1k TP9113
TP9110 AA_XIRQ10 DRVCLK2N IC9300 AK17 LVDOD17N DRVCLK9N
S
4 5 IC9300 D1 OSDVO PD_CRC1 IC9300 AF3 LVDRCK2N IC9300 AE28 LVDRCK14N
GND IC9300 A5 FLSIO3 IC9300 M1 DCCOP7 DRVCLK6P
SI/SIO0 R9300 DD4_2P IC9300 AH17 LVDRCK8P
R9307 PD_SCNRST
EXB28VR000X IC9300 AJ4 LVDOD6P
IC9300 N2 DCCOSCRST DRVCLK6N
DD4_2N IC9300 AH16 LVDRCK8N IC9300 AD29 LVDOD30P
*IC9304 FLASH P3.3V
IC9300 C1 OSDCKO PD_OC1
IC9300 N1 DCCOP32
DD4_1P
IC9300 AK4 LVDOD6N
DD10_2P
IC9300 AJ18 LVDOD18P IC9300 AD30 LVDOD30N
TVRR330 MEMORY IC9300 AJ5 LVDOD7P
DD10_2N
IC9300 E2 OSDYSI DD4_1N IC9300 AK18 LVDOD18N IC9300 AC29 LVDOD31P
PD_CIS IC9300 AK5 LVDOD7N
IC9300 P2 DCCOP10 DD10_1P
IC9300 D2 OSDRI IC9300 AJ19 LVDOD19P IC9300 AC30 LVDOD31N
PD_CML2
IC9300 R2 DCCOP5 DD10_1N
IC9300 E1 OSDBI IC9300 AK19 LVDOD19N IC9300 AE3 LVDRCK1P
IC9300 B3 EXTFLSO PD_CEL
IC9300 R1 DCCOP9
IC9300 D3 OSDGI DD5_2P IC9300 AD3 LVDRCK1N
PD_CSH IC9300 AJ6 LVDOD8P
IC9300 T2 DCCOP2
IC9300 A3 EXTFLSCK DD5_2N
OSDCLK IC9300 F1 OSDCKI PD_CSL IC9300 AK6 LVDOD8N IC9300 AH5 LVDRCK3P
IC9300 T1 DCCOP3
DD5_1P DD11_2P
IC9300 E3 OSDHI PD_CPH1 IC9300 AJ7 LVDOD9P IC9300 AJ22 LVDOD20P IC9300 AH4 LVDRCK3N
IC9300 C4 EXTFLSI IC9300 U2 DCCOP4
DD5_1N DD11_2N
PD_CMH IC9300 AK7 LVDOD9N IC9300 AK22 LVDOD20N IC9300 AH9 LVDRCK5P
IC9300 U1 DCCOP0
NCS IC9300 A29 XRST DRVCLK3P DD11_1P
IC9300 A2 EXTFLNCS PD_CML IC9300 AH7 LVDRCK4P IC9300 AJ23 LVDOD21P IC9300 AH8 LVDRCK5N
IC9300 V2 DCCOP1
DRVCLK3N DD11_1N
S
D9806 R9013 PD_SEL2 IC9300 AH6 LVDRCK4N IC9300 AK23 LVDOD21N IC9300 AH19 LVDRCK9P
B0ADCJ000100 IC9300 L3 DCCOP27
DD6_2P DRVCLK7P
D_XRST_SYS R9123 PD_CRC2 IC9300 AJ8 LVDOD10P IC9300 AH23 LVDRCK10P IC9300 AH18 LVDRCK9N
IC9300 B28 XRSTSYS IC9300 V1 DCCOP8
S
DD6_2N DRVCLK7N
R9035 PD_CRC3 IC9300 AK8 LVDOD10N IC9300 AH22 LVDRCK10N IC9300 AH25 LVDRCK11P
3.3k IC9300 W2 DCCOP31
DD6_1P DD12_2P
R9342 IC9300 AJ9 LVDOD11P IC9300 AJ24 LVDOD22P IC9300 AH24 LVDRCK11N
DRVRST
IC9300 A28 DCCIDRVRST D_UHZ DD6_1N DD12_2N
S
IC9300 P1 DCCIFBK0 IC9300 AK9 LVDOD11N IC9300 AK24 LVDOD22N IC9300 AF28 LVDRCK13P
R9125
IC9300 N28 DCCOP26 DISPEN DD12_1P
S
IC9300 C30 DCCIDISPEN IC9300 AJ25 LVDOD23P IC9300 AG28 LVDRCK13N
DD12_1N
IC9300 P28 DCCOP25 IC9300 AK25 LVDOD23N IC9300 AB28 LVDRCK15P
R9099
SOS_DCC IC9300 AC28 LVDRCK15N
R9341 S
IC9300 B27 SOS
OHZ1
S
IC9300 Y3 DCCOP22
LVDS_INPUT
IC9300 R28 DCCOP23 RXOAP RXEAP
IC9300 B15 RXOAP IC9300 B21 RXEAP
RXOAN RXEAN
IC9300 A15 RXOAN IC9300 A21 RXEAN
PD_UEH
IC9300 K30 DCCOP24
RXOBP RXEBP
PD_USL/UML2 IC9300 B14 RXOBP IC9300 B20 RXEBP
IC9300 L29 DCCOP15
RXOBN RXEBN
PD_USH IC9300 A14 RXOBN IC9300 A20 RXEBN
IC9300 L30 DCCOP14
PD_UML RXOCP RXECP
IC9300 M29 DCCOP13 IC9300 B13 RXOCP IC9300 B19 RXECP
PD_UMH RXOCN RXECN
IC9300 M30 DCCOP12 IC9300 A13 RXOCN IC9300 A19 RXECN
RXOCKP RXECKP
PD_LED2 IC9300 B12 RXOCKP IC9300 B18 RXECKP
IC9300 R29 DCCOP37
RXOCKN RXECKN
PD_PCD3 IC9300 A12 RXOCKN IC9300 A18 RXECKN
IC9300 P29 DCCOP18
PD_PCD4 RXODP RXEDP
PD_UEH UEH_C IC9300 N30 DCCOP19 IC9300 B11 RXODP IC9300 B17 RXEDP
PD_USL/UML2 USL/UML2_C PD_ODED2 RXODN RXEDN
IC9300 P30 DCCOP21 IC9300 A11 RXODN IC9300 A17 RXEDN
PD_USH USH_C
PD_CLRD2
PD_UML UML_C IC9300 N29 DCCOP29 RXOEP RXEEP
IC9300 B10 RXOEP IC9300 B16 RXEEP
PD_UMH UMH_C
RXOEN RXEEN
IC9300 A10 RXOEN IC9300 A16 RXEEN
R9609 PD_LED1
EXB2HV470JV IC9300 W1 DCCOP36
PD_PCD1
IC9300 Y1 DCCOP16
PD_PCD2
IC9300 AA2 DCCOP17 IIC
PD_ODED1
IC9300 Y2 DCCOP20 PD4H_SDA R9339
S
IC9300 B7 SDA
PD_CLRD1
IC9300 AA1 DCCOP28 PD4H_SCL R9340
S
IC9300 A7 SCL
PD_LED2 D-LED2
11
PD_ODED2 D-ODED2
PD_PCD3 D-PCD3
12
PD_PCD4 D-PCD4
D-ODED1
D-PCD1
D-PCD2
D-CLRD1
D-LED1
PD_CLRD2 D-CLRD2
R9610
EXB2HV470JV
13
DRVCLK1N
DRVCLK2N
DRVCLK3N
DRVCLK4N
DRVCLK5N
DRVCLK1P
DRVCLK2P
DRVCLK3P
DRVCLK4P
DRVCLK5P
DD1_2N
DD1_1N
DD2_2N
DD2_1N
DD3_2N
DD3_1N
DD4_2N
DD4_1N
DD5_2N
DD5_1N
DD6_2N
DD6_1N
DD7_2N
DD7_1N
DD8_2N
DD8_1N
DD1_2P
DD1_1P
DD2_2P
DD2_1P
DD3_2P
DD3_1P
DD4_2P
DD4_1P
DD5_2P
DD5_1P
DD6_2P
DD6_1P
DD7_2P
DD7_1P
DD8_2P
DD8_1P
PD_CLRD1 D-CLRD1
PD_PCD2 D-PCD2
PD_PCD1 D-PCD1
PD_ODED1 D-ODED1
PD_LED1 D-LED1
DATA_DRIVER P3.3V
TP9915
SS_PULSE R9127
VJ9902 0
TP9900
TP9901
TP9902
TP9903
TP9904
TP9115
TP9116
TP9117
TP9118
TP9119
TP9120
TP9121
TP9122
TP9123
TP9124
TP9125
TP9126
TP9127
TP9128
TP9129
TP9130
TP9131
TP9132
TP9133
TP9134
TP9135
TP9136
TP9137
TP9138
TP9139
TP9140
TP9141
TP9142
TP9143
TP9144
TP9145
TP9146
TP9147
TP9148
TP9149
TP9150
TP9151
TP9152
TP9153
TP9154
TP9155
TP9156
R9608 P
EXB2HV470JV
1
TERM
A31
SIDE
TO
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
1
C1-BOARD
(C11)
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
NC
ODE1
GND
KEY_SCAN
PC1
PC2
DRVCLK2+
DRVCLK3+
DRVCLK4+
DRVCLK5+
CLR1
DRVCLK1+
LE1
DD1_2+
DD1_1+
DD2_2+
DD2_1+
DD3_2+
DD3_1+
DD4_2+
DD4_1+
DD5_2+
DD5_1+
DD6_2+
DD6_1+
DD7_2+
DD7_1+
DD8_2+
DD8_1+
DRVCLK2-
DRVCLK3-
DRVCLK4-
DRVCLK5-
DRVCLK1-
DD1_2-
DD1_1-
DD2_2-
DD2_1-
DD3_2-
DD3_1-
DD4_2-
DD4_1-
DD5_2-
DD5_1-
DD6_2-
DD6_1-
DD7_2-
DD7_1-
DD8_2-
DD8_1-
P3.3V
P3.3V
P3.3V
TP9193
TP9194
TP9195
TP9197
2
145 146 147 148 149 150 151 152 153
66
13.23. A-Board (18/24) Schematic Diagram
PD4
IC9300
C1AB00003258
PD4H
P3.3V ! A-BOARD (18/24)
P1.2V
P2.5V
L9302
J0JHC0000117
PD4
IC9300 A1 VDD33 IC9300 AA28 MLVDS_VDD
C9356 C9380
IC9300 D18 LRX_V12C_2 IC9300 AF13 SCS_VDD18 16V IC9300 B2 VDD33 16V IC9300 AA29 MLVDS_VDD
0.1u 0.1u
IC9300 D19 LRX_V12C_3 IC9300 AA4 VDDC IC9300 AF14 SCS_VDD18 IC9300 C3 VDD33 IC9300 AA30 MLVDS_VDD IC9300 A8 GND IC9300 AK20 GND IC9300 E6 GND IC9300 V27 GND
IC9300 AA26 SCS_ANA_40 IC9300 E27 SCS_ANA_7
C9339
IC9300 D20 LRX_V12C_0 IC9300 AA5 VDDC 16V IC9300 AF16 SCS_VDD18 IC9300 D4 VDD33 IC9300 AB29 MLVDS_VDD IC9300 A23 GND IC9300 AK28 GND IC9300 E15 GND IC9300 V29 GND
0.1u IC9300 AF18 SCS_ANA_0 IC9300 F2 SCS_ANA_25
C9319
IC9300 D21 LRX_V12C_1 IC9300 AB1 VDDC IC9300 AF17 SCS_VDD18 IC9300 D8 VDD33 IC9300 AB30 MLVDS_VDD IC9300 A30 GND IC9300 AK29 GND IC9300 E18 GND IC9300 W5 GND
16V 0.1u IC9300 AF19 SCS_ANA_2 IC9300 F3 SCS_ANA_4
C9340 C9383
IC9300 AB2 VDDC 16V IC9300 D9 VDD33 16V IC9300 AC5 MLVDS_VDD IC9300 AA3 GND IC9300 AK30 GND IC9300 E25 GND
0.1u 0.1u IC9300 AF25 SCS_ANA_18 IC9300 F27 SCS_ANA_9
IC9300 AB3 VDDC IC9300 N26 SCS_VDD18 IC9300 D10 VDD33 IC9300 AC27 MLVDS_VDD IC9300 AF4 GND IC9300 B1 GND IC9300 E26 GND IC9300 W26 GND
IC9300 AG5 SCS_ANA_39 IC9300 G2 SCS_ANA_29
C9361
IC9300 AB4 VDDC IC9300 P26 SCS_VDD18 16V IC9300 D16 VDD33 IC9300 AD4 MLVDS_VDD IC9300 AF5 GND IC9300 B8 GND IC9300 F4 GND IC9300 W29 GND
0.1u IC9300 AG10 SCS_ANA_24 IC9300 G3 SCS_ANA_27
C9322 C9347
IC9300 AB5 VDDC 6.3V IC9300 R26 SCS_VDD18 IC9300 D17 VDD33 IC9300 AD5 MLVDS_VDD IC9300 AF11 GND IC9300 B23 GND IC9300 F5 GND IC9300 Y4 GND
16V 0.1u IC9300 AG21 SCS_ANA_20 IC9300 G27 SCS_ANA_5
1u
C9323 C9363
IC9300 AB26 VDDC IC9300 T26 SCS_VDD18 16V IC9300 D23 VDD33 IC9300 AD27 MLVDS_VDD IC9300 AF12 GND IC9300 B29 GND IC9300 F26 GND IC9300 Y5 GND
16V 0.1u IC9300 AH10 SCS_ANA_19 IC9300 J28 SCS_ANA_26
0.1u
IC9300 AC26 VDDC IC9300 D24 VDD33 IC9300 AF6 MLVDS_VDD IC9300 AF15 GND IC9300 C9 GND IC9300 G1 GND IC9300 Y30 GND
IC9300 AH21 SCS_ANA_22 IC9300 M4 SCS_ANA_31
C9325
IC9300 AD26 VDDC IC9300 E13 SCS_VDD18 IC9300 D25 VDD33 IC9300 AF7 MLVDS_VDD IC9300 AF20 GND IC9300 C10 GND IC9300 G4 GND
16V 0.1u IC9300 AJ3 SCS_ANA_37 IC9300 M27 SCS_ANA_28
IC9300 AE26 VDDC IC9300 E14 SCS_VDD18 IC9300 E5 VDD33 IC9300 AG6 MLVDS_VDD IC9300 AF26 GND IC9300 C11 GND IC9300 H1 GND
IC9300 AJ10 SCS_ANA_17 IC9300 N4 SCS_ANA_33
C9342
IC9300 AF8 VDDC 16V IC9300 E16 SCS_VDD18 IC9300 H3 VDD33 IC9300 AG7 MLVDS_VDD IC9300 AG20 GND IC9300 C12 GND IC9300 H2 GND
0.1u IC9300 AJ21 SCS_ANA_1 IC9300 R27 SCS_ANA_30
C9327
IC9300 AF9 VDDC IC9300 E17 SCS_VDD18 IC9300 H27 VDD33 IC9300 AG8 MLVDS_VDD IC9300 AG27 GND IC9300 C13 GND IC9300 H4 GND
16V 0.1u IC9300 AJ28 SCS_ANA_16 IC9300 U4 SCS_ANA_35
L9300
IC9300 AF10 VDDC IC9300 H28 VDD33 IC9300 AG9 MLVDS_VDD IC9300 AG4 GND IC9300 C14 GND IC9300 J1 GND
J0JHC0000117 IC9300 AK10 SCS_ANA_21 IC9300 U27 SCS_ANA_34
C9344
IC9300 AF21 VDDC 16V IC9300 R5 SCS_VDD18 IC9300 J3 VDD33 IC9300 AG13 MLVDS_VDD IC9300 AH3 GND IC9300 C15 GND IC9300 J2 GND
0.1u IC9300 AK21 SCS_ANA_3 IC9300 U29 SCS_ANA_32
C9307
IC9300 E11 LRX_V12 IC9300 AF22 VDDC IC9300 T5 SCS_VDD18 IC9300 J4 VDD33 IC9300 AG14 MLVDS_VDD IC9300 AH11 GND IC9300 C16 GND IC9300 K4 GND
16V 0.1u IC9300 T27 GND IC9300 C7 SCS_ANA_23 IC9300 Y26 SCS_ANA_38
C9308 C9349
IC9300 E12 LRX_V12 IC9300 AF23 VDDC 10V IC9300 U5 SCS_VDD18 IC9300 J27 VDD33 IC9300 AG16 MLVDS_VDD IC9300 AH20 GND IC9300 C17 GND IC9300 K26 GND
16V 0.1u IC9300 T28 GND IC9300 C8 SCS_ANA_8 IC9300 Y29 SCS_ANA_36
10u
C9391
IC9300 E19 LRX_V12 IC9300 AF24 VDDC IC9300 V5 SCS_VDD18 IC9300 N27 VDD33 10V IC9300 AG17 MLVDS_VDD IC9300 AH28 GND IC9300 C20 GND IC9300 K27 GND
IC9300 T29 GND IC9300 C18 SCS_ANA_13
10u
IC9300 E20 LRX_V12 IC9300 E7 VDDC IC9300 P4 VDD33 IC9300 AG24 MLVDS_VDD IC9300 AJ1 GND IC9300 C21 GND IC9300 L4 GND
IC9300 C19 SCS_ANA_15
IC9300 E8 VDDC C9350 IC9300 P27 VDD33 IC9300 AG25 MLVDS_VDD IC9300 AJ2 GND IC9300 C22 GND IC9300 L5 GND
16V IC9300 U30 GND IC9300 C24 SCS_ANA_14
C9392
0.1u
IC9300 E9 VDDC IC9300 R4 VDD33 10V IC9300 AG26 MLVDS_VDD IC9300 AJ11 GND IC9300 C23 GND IC9300 L27 GND
IC9300 N5 SCS_VDD15 10u IC9300 C25 SCS_ANA_12
C9371
IC9300 E10 VDDC 10V IC9300 U28 VDD33 IC9300 Y28 MLVDS_VDD IC9300 AJ20 GND IC9300 C27 GND IC9300 M5 GND
IC9300 P5 SCS_VDD15 10u IC9300 C26 SCS_ANA_10
VJ9300
IC9300 E21 VDDC C9352 IC9300 V4 VDD33 IC9300 AJ29 GND IC9300 C28 GND
P 6.3V IC9300 D11 SCS_ANA_6
1u
C9311 IC9300 E22 VDDC IC9300 V28 VDD33 IC9300 AJ30 GND IC9300 D5 GND
IC9300 W27 PLLICK_AVD C9351 IC9300 D12 SCS_ANA_11
16V 0.1u IC9300 L26 SCS_VDD15 C9372
16V
C9312 IC9300 E23 VDDC 0.1u 10V IC9300 W3 VDD33 IC9300 AK1 GND IC9300 D22 GND
10u 10u
10V IC9300 M26 SCS_VDD15
IC9300 Y27 PLLICK_AVS IC9300 E24 VDDC IC9300 W4 VDD33 IC9300 AK2 GND IC9300 D26 GND
C9335
IC9300 G5 VDDC IC9300 W28 VDD33 IC9300 AK3 GND IC9300 D27 GND
10V 10u IC9300 R30 GND
C9373
C9336
IC9300 G26 VDDC 10V IC9300 AK11 GND IC9300 E4 GND
10V 10u 10u IC9300 T4 GND
VJ9301
C9337
P
IC9300 H5 VDDC
10V 10u
C9313 IC9300 H26 VDDC
IC9300 AB27 PLLSSDCCCK_AVD
16V 0.1u
L9301
C9314 IC9300 J5 VDDC J0JHC0000117
10V 10u
IC9300 AA27 PLLSSDCCCK_AVS IC9300 J26 VDDC
C9374
16V
IC9300 K5 VDDC 0.1u
IC9300 A9 LRX_VDDH
IC9300 U26 VDDC
IC9300 A22 LRX_VDDH
IC9300 V26 VDDC
VJ9302 C9375
P
16V IC9300 B9 LRX_VDDH
0.1u
C9315 IC9300 B22 LRX_VDDH
IC9300 AG19 PLLSSMLCK_AVD
16V 0.1u
C9316
10V 10u
IC9300 AG18 PLLSSMLCK_AVS
R9324 1.6k
IC9300 AE5 miniLVDS_MON0 IC9300 D6 LRX_TXN_1 IC9300 AE4 miniLVDS_RI0 IC9300 D15 VTEST0 OSDCLK IC9300 K3 OCKOUT IC9300 G30 SRLF0
R9325 1.6k
IC9300 AE27 miniLVDS_MON3 IC9300 D7 LRX_TXP_1 IC9300 AF27 miniLVDS_RI3 IC9300 AG15 VTEST1 IC9300 G29 SRLF1
R9326 1.6k
IC9300 AG11 miniLVDS_MON1 IC9300 D13 LRX_TXN_0 IC9300 AG12 miniLVDS_RI1 IC9300 G28 SRLF2
R9327 1.6k
IC9300 AG22 miniLVDS_MON2 IC9300 D14 LRX_TXP_0 IC9300 AG23 miniLVDS_RI2
IC9300 H29 MVIO
IC9300 H30 MHIO
IC9300 D29 SBI0 TP9114 IC9300 A26 SFLATCHO
IC9300 J29 SVIO
IC9300 D28 SBI1 IC9300 B25 TEST IC9300 A24 ID0
IC9300 J30 SHIO
IC9300 E30 SBO0 IC9300 K28 TMODE0 IC9300 B24 ID1
IC9300 F28 SBO1 IC9300 L28 TMODE1 IC9300 A25 ID2
IC9300 F30 SBT0 IC9300 M28 DCCIPORT1
IC9300 F29 SBT1 IC9300 C6 IICSYNC
11
SOS8_SS
12
UMH_C
DRVRST
UML_C
USH_C
UEH_C
D-ODED2
D-PCD3
D-PCD4
D-CLRD2
D-LED2
USL/UML2_C
13
DRVCLK6N
DRVCLK7N
DRVCLK8N
DRVCLK9N
DRVCLK6P
DRVCLK7P
DRVCLK8P
DRVCLK9P
DD9_2N
DD9_1N
DD9_2P
DD9_1P
DD10_2N
DD10_1N
DD11_2N
DD11_1N
DD12_2N
DD12_1N
DD13_2N
DD13_1N
DD14_2N
DD14_1N
DD15_2N
DD15_1N
DD10_2P
DD10_1P
DD11_2P
DD11_1P
DD12_2P
DD12_1P
DD13_2P
DD13_1P
DD14_2P
DD14_1P
DD15_2P
DD15_1P
P3.3V
R9905 R9907
TP9010 10k 100
Q9901
DSC200100L
P3.3V P5V
Q9900
DSC200100L
R9903
4.7k R9132
0
TP9157
TP9158
TP9159
TP9160
TP9161
TP9162
TP9163
TP9164
TP9165
TP9166
TP9167
TP9168
TP9169
TP9170
TP9171
TP9172
TP9173
TP9174
TP9175
TP9176
TP9177
TP9178
TP9179
TP9180
TP9181
TP9182
TP9183
TP9184
TP9185
TP9186
TP9187
TP9188
TP9189
TP9190
TP9191
TP9192
TP9905
TP9906
TP9907
TP9908
TP9909
TP9916
TP9910
TP9911
TP9912
TP9913
TP9914
R9904 C9900
25V
100k
TP9917
0.01u
P
VJ9901
P
VJ9900
TO
A32 C2-BOARD
TERM
(C21)
SIDE
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
1
GND
UMH
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
UML
USH
UEH
DRVSOS8
NC
ODE2
NC
GND
TP9198
TP9199
TP9205
TP9206
PC3
PC4
CLR2
DRVCLK7+
DRVCLK8+
DRVCLK9+
P5V
DRVCLK6+
LE2
DD9_2+
DD9_1+
DRVCLK7-
DRVCLK8-
DRVCLK9-
DD10_2+
DD10_1+
DD11_2+
DD11_1+
DD12_2+
DD12_1+
DD13_2+
DD13_1+
DD14_2+
DD14_1+
DD15_2+
DD15_1+
DRVCLK6-
USL/UML2_C
DD9_2-
DD9_1-
P3.3V
DD10_2-
DD10_1-
DD11_2-
DD11_1-
DD12_2-
DD12_1-
DD13_2-
DD13_1-
DD14_2-
DD14_1-
DD15_2-
DD15_1-
3.3V_DET
154 155 156 157 158 159 160 161 162
67
13.24. A-Board (19/24) Schematic Diagram
! A-BOARD (19/24) POWER-Peaks
F15V
IC5290
C0DBGYY00884
9V TP5208 SUB9V
1 VOUT 3
VIN
C5293 C5294
25V VSS 16V
1u 2 1u
GenX
STB3.3V
Q5431
TP5431 TO 6/24
Q5435 R5433
R5696 R5310 DSA200100L DSA200100L 1k
P IC5302 P
IC5303 SOS
SG-SOS
C5432
C0DBAYY00755 C0DBAYY00755 R5437 R5431 R5434
16V
2.2k 2.2k 10k 0.1u
PA5300
SUB6V C5725
VJUMP1608-P
SUB_OP_5V C5318
25V 25V
6800p P 6800p R5438 R5432
C5310 C5311 1 BOOT 8 C5312 C5313 1 BOOT 8 4.7k 3.3k
25V 25V SS 25V 25V SS
R5724 R5312
Thermal Pad
Thermal Pad
10u 10u 10u 10u R5444
15 15 "H": ON
"H": ON 100k
"L": OFF
2 VIN 7 "L": OFF 2 VIN 7 Q5436 C5431
D5431 SUB6V
C5724 EN C5317 EN C5319 16V R5435
C5726 DSC200100L
25V 2000mA 25V 25V 0.1u B0ADEJ000035
L5611 R5683 25V L5301 R5309 R5445 220
0.1u 6.2k 0.01u G1C6R8MA0416 0.1u 5.6k 0.01u 100k
G1C6R8MA0416 3 6 3 6
SW SW
C5603 COMP 1% C5301 COMP
B0JCPG000030
C5729 C5728 C5720 C5719 C5315 C5314 SUB_OP_5V
50V R5315 50V
10V 10V 6.3V 6.3V
B0JCPG000030
10V 10V 1000p 1000p R5443
D5603
1k
D5301
10u 10u 10u 10u 4 GND 5 22u 22u 4 GND 5 220
FB FB
R5603 Thermal_Pad
R5301 Thermal_Pad
2.2 2.2
D5432 SUB9V
B0ADEJ000035 R5439
R5307 R5308 470
R5311 12k 2.2k
P
R5681 R5682
R5684 SUB_OP_5V SUB5V
10k 1.5k TP5301 R5441
P 1% 1% 220
SUB5V SUB9V
SUB6V
TP5291
D5442 D5441
R5451 DZ2J068M0L DZ2J120M0L
1k
Q5432
DSC2001S0L
R5452
100k D5433
B0ADCJ000100 R5454 R5453
4.7k 4.7k
TP5209 SUB5V
TP5250 SUB1.2V_D SUB1.2V_A
D5250 766mA
B0ACCJ000048
C5251 C5253 D5444 D5445
25V 25V DZ2J068M0L DZ2J068M0L
1u 1u SUB3.3V
8 VO 1
VCC
R5254
5.36k C5649 D5434
Thermal Pad
R5640 R5456 R5458
7 2 1% 10V
FB 10k B0ADCJ000100 4.7k 4.7k
N.C 1u
R5253 R5255
10k 1k
1%
6 GND 3 R5641
N.C 10k
SUB3.3V SUB1.5V
1
5 N.C 4 CE VIN
EN VSS
FIN
ACHIP3.3V D5449 D5443
IC5250 IC5603 NC VOUT TP5292 DZ2J068M0L DZ2J068M0L
5
C0DBEYY00123 5V C0DBFYY00049
3.3V C5650
D5437
10V R5461 R5455
B0ADCJ000100
2.2u 4.7k 4.7k
AVDDH SUB_OP_5V SUB6V
TP5293
B0ECKM000048
D5439 D5440
DZ2J068M0L DZ2J120M0L
IC5604
D5605
AVDDH
C0DBGYY00578
D5435 R5459 R5540
4 B0ADCJ000100 4.7k 4.7k
5
VIN VOUT
R5642 C5651 C5652
10V SUB3.3V
100k 6.3V
4.7u VSS 4.7u
F15V NC ON/OFF
LDA2 DCDC CTL FRC_D1.05V FRC_3.3V
3
R5643
10k
D5447
R5607 D5448 DZ2J068M0L
22k R5644 DZ2J068M0L
R5600
D5602 R5609 7.5k
68
DZ2J056M0L 10k
Q5602
DSC2001S0L C5616
R5608
R5611
68k
25V
0.01u IC5251 D5436
B0ADCJ000100
R5460
4.7k
R5462
4.7k
2.2k R5612
10k
C0CBCBC00227
SUB_AI_3.3V
SUB_AI_3.3V
Q5603
DSC2001S0L
5
C5615 R5610
10V R5613
47k C5255 VIN VOUT C5256
2.2u 47k
10V 10V
1u
1u
VSS
ON/OFF NC
1
TO 14,22/24
To SHEET LDA2-DCDC DCDCEN
163 164 165 166 167 168 169 170 171
68
13.25. A-Board (20/24) and K-Board Schematic Diagram
! A-BOARD (20/24)
FOR SUB3.3V
FACTORY
USE
STB5V
CN0102 TO Sheet GenX8 TO TO Sheet IIC R1010
P-BOARD 10k
TO 6/24 (P6)
GenX TP0101 TMP-SENS_SDA
1 SDA 8
FACT_SDBOOT V+
1
TO 6/24 R0180
STB5V
A6 TPS15V
S_15V
TP0102
100 C1009 C1010
2 GenX8_SRQ 2 SCL 7
SG-SRQ_GENX 1 TMP-SENS_SCL A0 16V 25V
+15V_S 0.1u 1u
3 GND P15V
FL2759
2 TPP15V
TP0104 +15V_S F1J1E104A148 TO 1/24 3 ALERT 6
4 GenX8_SCL1 (GenX8 Loarder/E2PROM) A1
ADJ-GENX_SCL 3 G
TP0105 TP1062 +15V_C
5 G
ADJ_GENX_SDA GenX8_SDA1 (GenX8 Loarder/E2PROM) C2756 C2757
4 4 GND 5
TP0106 S_GND 25V 25V
A2
6 10u 0.01u
PEAKS_SCL1 PEAKS_SCL1 (PEAKS E2PROM) 5
TP0107 S_GND
7 TPF15V F15V DCDCIN
PEAKS_SDA1 PEAKS_SDA1(PEAKS E2PROM) !
TP0108
8 Panel_SCL (Panel Dpr.E2PROM)
S_GND
6
PA5610
K5H4022A0031
IC1000
7
IIC TP0109 F+15V C1ZBZ0003775
TO 1/24
9 Panel_SDA (Panel Dpr.E2PROM) TO Sheet IIC TP1054 8
TEMP SENSOR
+
TP0110 F+15V C2758 C2759
10 GenX7_SRQ 25V 25V
R1004 PEAKS_SCL0 9 TP2810 1u
F+15V 47u
NC(D_PDB_MODE) 0
11
TP1055
TO 1,24/24 GND
10
EZAEG2A50AX
EZAEG2A50AX
EZAEG2A50AX
EZAEG2A50AX
EZAEG2A50AX
EZAEG2A50AX
EZAEG2A50AX
PEAKS_SDA0 11
EZJZ0V120JA
EZJZ0V120JA
GND R2552
TP1056 7.15k
R2550
PEAKS_SCL2 14.3k
KEYSCAN
TO
SG-KEY1 TO 6/24
TO 1/24 TP1057
P-BOARD TPST5
STB5V P_S0 R2551 R2553
C3752
50V
(P7) TO 16/24 6.65k 1.74k 1000p
PEAKS_SDA2 P_S1
SW2550 SW2551 SW2552 SW2553 SW2554
A7 K0H1BA000445 K0H1BA000445 K0H1BA000445 K0H1BA000445 K0H1BA000445
D1002
D1003
D1004
D1005
D1006
D1007
D1008
D1009
D1010
+
C2760
16V
1 10u
STBY5V GenX
2
GND
R0931 TP2807
R2834 100
SG-TV_SUB_ON TO 6,13/24
22 3
S0
TP2808
R2835 100
SG-PD4H_PANEL_MAIN_ON TO 6/24
4
S1
R0932 TPS0N
5 R2824 100
22 F_STBY_ON
TPEC0 F UP DOWN TV AV
ECO_ON
6 R2831 47k
STB-RESET
TP2806
PANEL_MAIN_ON
7 R2826 100 TO 13/24
TP2805
8 VJ2827
STB_SW STB_5V_SWON
S
TP2813
9 R2828 100
PS_SOS SOS4_PS
10
AC_LOW
TP2814
11 R2830 47k
ALL_OFF
TP2811
12
Main_SW_1
SW2500
PUSH
13
N.C
TP2812 K0F122A00031
14 R2804
Main_SW_2
P POWER SW
STBY3.3V
C2515
RM2510 50V
B3RAD0000168 0.01u
REMOTE RECEIVER SUB3.3V
C2521
R2513 R2510
16V
SN2510 D2520
47
VCC
GND
OUT
22k 0.1u B3JB00000078 B3AGB0000060
G
C.A.T.S. SENSOR POWER LED
3
R2516 R2519
C2511 C2510
10V 50V 3 VCC NC 4 680 1.82k
10u 0.01u
Q2512 Q2511
DSC200100L DSC200100L
0V
Q2510 2 GND GC1 5
DSC200100L
R2511 BOTTOM PAD NC
100k
R2512
1 IOUT GC2 6 R2514 R2515 R2518 R2517 GenX/LOCK_PEAKS-LDA2
10k 47k 47k 22k
220k TP2751
K1 A1
TP2501 TP2752
REMOCON 1 RMIN 1
SG-RMIN
TP2502 TP2755
G_LED_ON 2 G_LED_ON 2
SG-G_LED_ON
TP2503 TP2756
R_LED_ON 3 R_LED_ON 3
SG-R_LED_ON GenX
STBY3.3V
TP2504
STB3.3V
TP2754 STB3.3V TO 6/24
4 4
TO 6/24
5 5
R2753
TP2506 TP2753 R2751 PG-MAIN_FAN_ON
S
AI_SENSOR AI_SENSOR 1k
6 6
SG-AI_SENSOR
S R2819
VJ2512 C2752 C2753 47k
7 7 R2752 25V 10V
SUB_AI_3.3V 180k 0.01u 1u
TP2508 TP2757
SUB3.3V 8 SUB_AI_3.3V 8
TP2758
SD-LED 9
TP2505
10
! K-BOARD TXN/K1LJUE 11
PG-FAN_MAX
R2807
47k
PG-FAN_SOS
R2816
47k
R2833
P
172 173 174 175 176 177 178 179 180
69
13.26. A-Board (21/24) Schematic Diagram
! A-BOARD (21/24) PEAKS LDA2
IC8000 PEAKS-LDA2
MN2WS0110C
ExternalBus PCI_BUS
TO 5/24 DDR3 I/F Dchip Power Achip Power Achip/Dchip GND
PD_ED[0-15]
TO 23/24
PD_ED0 PD_MMDQ[0-31]
ED0 AN1 IC8000 PCAD0 AB33 IC8000 VDD33 A30 IC8000 AVDDPWM E20 IC8000 PD_AVDDPWM VDD12A M17 IC8000 PA_VDD12A
PD_ED1 AVSSPWM D19 IC8000
ED1 AM2 IC8000 PCAD1 AB34 IC8000 VDD33 B30 IC8000 VDD12A M18 IC8000 VSS A1 IC8000 VSS V23 IC8000
PD_ED2
ED2 AN2 IC8000 PD_MMDQ0 PCAD2 AA32 IC8000 VDD33 C30 IC8000 VDDEX AF4 IC8000 PD_VDD33 VDD12A M19 IC8000 VSS A2 IC8000 VSS V31 IC8000
PD_ED3 MMDQ0 AF31 IC8000 MMCK AN30 IC8000 PD_MMCK AVSSPLL0 P22 IC8000
ED3 AP2 IC8000 PD_MMDQ1 PCAD3 AA33 IC8000 VDD33 D21 IC8000 VDDEX AG4 IC8000 VDD12A N17 IC8000 VSS A10 IC8000 VSS W15 IC8000
PD_ED4 MMDQ1 AF33 IC8000 MMXCK AP30 IC8000 PD_MMXCK AVSSPLL12 AC15 IC8000
ED4 AL3 IC8000
PD_ED5 MMDQ2 AE31 IC8000
PD_MMDQ2
MMCKE AP25 IC8000 PD_MMCKE
PCAD4 AA34 IC8000 VDD33 D22 IC8000 VDDEX D25 IC8000 VDD12A N18 IC8000 TO VSS A12 IC8000 VSS W16 IC8000
AVSSPLL12 AC14 IC8000
ED5 AM3 IC8000
PD_ED6 MMDQ3 AH34 IC8000
PD_MMDQ3 PCAD5 Y32 IC8000 VDD33 D30 IC8000 VDDEX D26 IC8000 VDD12A N19 IC8000 22/24 VSS A16 IC8000 VSS W21 IC8000
AVSSPLL3 R22 IC8000
ED6 AN3 IC8000 PD_MMDQ4 PCAD6 Y33 IC8000 VDD33 E30 IC8000 VDD12A P17 IC8000 VSS B3 IC8000 VSS W22 IC8000
PD_ED7 MMDQ4 AE30 IC8000 MMXCS0 AJ26 IC8000 PD_MMXCS0
ED7 AP3 IC8000 PD_MMDQ5 PCAD7 Y34 IC8000 VDD33 F29 IC8000 VDDSD AC5 IC8000 PD_VDDSD TO 22/24 VDD12A P18 IC8000 VSS B10 IC8000 VSS W23 IC8000
PD_ED8 MMDQ5 AG34 IC8000 MMXCS1 AL26 IC8000 PD_MMXCS1 DAAVSS1 A17 IC8000
ED8 AK4 IC8000 PD_MMDQ6 PCAD8 W32 IC8000 VDD33 M22 IC8000 VDD12A P19 IC8000 VSS B12 IC8000 VSS Y2 IC8000
PD_ED9 MMDQ6 AE33 IC8000 MMXRAS AJ25 IC8000 PD_MMXRAS
ED9 AM4 IC8000 PD_MMDQ7 PCAD9 W33 IC8000 VDD33 M23 IC8000 AVDDPLL0 P23 IC8000 PD_AVDDPLL0_3 VSS B16 IC8000 VSS Y15 IC8000
PD_ED10 MMDQ7 AE34 IC8000 MMXCAS AM25 IC8000 PD_MMXCAS VSSAPUSB AK14 IC8000
ED10 AN4 IC8000 PD_MMDQ8 PCAD10 W34 IC8000 VDD33 N23 IC8000 AVDDH R12 IC8000 PA_AVDDH VSS C3 IC8000 VSS Y16 IC8000
PD_ED11 MMDQ8 AL32 IC8000 MMXWE AP33 IC8000 PD_MMXWE AVDDPLL3 R23 IC8000 VSSAPUSB AM12 IC8000
ED11 AP4 IC8000 PD_MMDQ9 PCAD11 V32 IC8000 VDD33 R31 IC8000 AVDDH R13 IC8000 VSS C11 IC8000 VSS Y17 IC8000
PD_ED12 MMDQ9 AJ31 IC8000 VSSAPUSB AM13 IC8000
ED12 AK5 IC8000 PD_MMDQ10 PCAD12 V33 IC8000 VDD33 T31 IC8000 DPAVDD U22 IC8000 AVDDH R14 IC8000 VSS D3 IC8000 VSS Y22 IC8000
PD_ED13 MMDQ10 AM34 IC8000 MMDM0 AH33 IC8000 PD_MMDM0
ED13 AL5 IC8000 PD_MMDQ11 PCAD13 V34 IC8000 VDD33 V4 IC8000 AVDDH R15 IC8000 VSS D18 IC8000 VSS AA2 IC8000
PD_ED14 MMDQ11 AH30 IC8000 MMDM1 AJ32 IC8000 PD_MMDM1 LVVSS A34 IC8000
ED14 AM5 IC8000
PD_ED15 MMDQ12 AN34 IC8000
PD_MMDQ12
MMDM2 AP19 IC8000 PD_MMDM2 TO 23/24 PCAD14 U32 IC8000 VDD33 W4 IC8000
AVDDPLL12 AB15 IC8000 PD_AVDDPLL1_2
AVDDH T12 IC8000 VSS D23 IC8000 VSS AA12 IC8000
LVVSS C32 IC8000
ED15 AN5 IC8000 PD_MMDQ13 PCAD15 U33 IC8000 VDD33 W12 IC8000 AVDDH T13 IC8000 VSS D24 IC8000 VSS AA13 IC8000
MMDQ13 AJ30 IC8000 MMDM3 AN20 IC8000 PD_MMDM3 LVVSS D32 IC8000
TO 3/24 MMDQ14 AM33 IC8000
PD_MMDQ14 PCAD16 U34 IC8000 VDD33 W13 IC8000 AVDDPLL12 AB14 IC8000 AVDDH T14 IC8000 VSS D27 IC8000 VSS AA14 IC8000
LVVSS E32 IC8000
PD_EA[0-7,24] PD_MMDQ15 MMDQS0 AG31 IC8000 PD_MMDQS0 PCAD17 T32 IC8000 VDD33 W14 IC8000 AVDDH T15 IC8000 VSS D28 IC8000 VSS AA15 IC8000
MMDQ15 AK31 IC8000 LVVSS F32 IC8000
PD_EA0 PD_MMDQ16 MMXDQS0 AG32 IC8000 PD_MMXDQS0 PCAD18 T33 IC8000 VDD33 W31 IC8000 VSS E3 IC8000 VSS AA16 IC8000
EA0 AM1 IC8000 MMDQ16 AL22 IC8000 LVVSS G30 IC8000
EA1 AL2 IC8000
PD_EA1
MMDQ17 AP23 IC8000
PD_MMDQ17 MMDQS1 AK33 IC8000 PD_MMDQS1 PCAD19 T34 IC8000 VDD33 Y12 IC8000 DAAVDD1 E17 IC8000 PD_DAAVDD1
TO 3,22/24 AVDDV H5 IC8000 PA_AVDDV
TO 21,22/24 VSS F3 IC8000 VSS AA17 IC8000
LVVSS G31 IC8000
PD_EA2 PD_MMDQ18 MMXDQS1 AK34 IC8000 PD_MMXDQS1 PCAD20 R32 IC8000 VDD33 Y13 IC8000 AVDDV J5 IC8000 VSS F16 IC8000 VSS AA22 IC8000
EA2 AL1 IC8000 MMDQ18 AL24 IC8000 LVVSS G32 IC8000
PD_EA3 PD_MMDQ19 MMDQS2 AP21 IC8000 PD_MMDQS2 PCAD21 R33 IC8000 VDD33 Y14 IC8000 VDDA Y23 IC8000 PD_VDDA AVDDV K5 IC8000 VSS F17 IC8000 VSS AA31 IC8000
EA3 AK3 IC8000 MMDQ19 AM22 IC8000 LVVSS H32 IC8000
PD_EA4 PD_MMDQ20 MMXDQS2 AN21 IC8000 PD_MMXDQS2 PCAD22 R34 IC8000 VDD33 Y31 IC8000 VDDA AA23 IC8000 AVDDV K6 IC8000 VSS G3 IC8000 VSS AB12 IC8000
EA4 AK2 IC8000 MMDQ20 AK24 IC8000 LVVSS J32 IC8000
EA5 AK1 IC8000
PD_EA5
MMDQ21 AN23 IC8000
PD_MMDQ21 MMDQS3 AJ21 IC8000 PD_MMDQS3 PCAD23 P32 IC8000 VDD33 AB4 IC8000 VDDA AB23 IC8000 TO 22/24 VSS H3 IC8000 VSS AB22 IC8000
LVVSS K32 IC8000
PD_EA6 PD_MMDQ22 MMXDQS3 AK21 IC8000 PD_MMXDQS3 PCAD24 P33 IC8000 VDD33 AE4 IC8000 VDDAVAD L5 IC8000 PA_VDDAVAD VSS J3 IC8000 VSS AB31 IC8000
EA6 AJ5 IC8000 MMDQ22 AL23 IC8000 LVVSS L32 IC8000
PD_EA7 PD_MMDQ23 PCAD25 P34 IC8000 VDD33 AK8 IC8000 VDDR AC20 IC8000 PD_VDDR VDDAVAD L6 IC8000 VSS K3 IC8000 VSS AC4 IC8000
EA7 AH5 IC8000 MMDQ23 AN24 IC8000 LVVSS M32 IC8000
PD_MMDQ24 MMXRESET AM29 IC8000 PD_MMXRESET PCAD26 L30 IC8000 VDD33 AL9 IC8000 VDDR AC21 IC8000 VDDAVAD M5 IC8000 VSS L3 IC8000 VSS AC13 IC8000
MMDQ24 AJ20 IC8000 LVVSS N32 IC8000
PD_EA24 PD_MMDQ25 PCAD27 L31 IC8000 VDDR AC22 IC8000 VDDAVAD M6 IC8000 VSS M3 IC8000 VSS AC17 IC8000
EA24 AG5 IC8000 MMDQ25 AK19 IC8000
PD_MMDQ26 MMVCAL AD29 IC8000 PD_MMVCAL PCAD28 K30 IC8000 VDD12 R17 IC8000 PD_VDD12 VDDR AJ17 IC8000 VDDAVAD N5 IC8000 VSS M16 IC8000 VSS AC23 IC8000
MMDQ26 AM19 IC8000
ECLK AH4 IC8000 MMDQ27 AL20 IC8000
PD_MMDQ27 MMODT AK25 IC8000 PD_MMODT PCAD29 K31 IC8000 VDD12 R18 IC8000 TO 22/24 VDDR AK17 IC8000 VDDAVAD N6 IC8000 VSS M20 IC8000 VSS AC31 IC8000 Dchip
PD_MMDQ28 MMRODT AD31 IC8000 PD_MMRODT PCAD30 J30 IC8000 VDD12 R19 IC8000 VDDR AL17 IC8000 VSS M21 IC8000 VSS AD33 IC8000
MMDQ28 AP18 IC8000
PD_MMDQ29 PCAD31 J31 IC8000 VDD12 T17 IC8000 VDDR AM17 IC8000 AVDDSIF C10 IC8000 PA_AVDDSIF VSS M31 IC8000 VSS AE32 IC8000
XECS0 AG1 IC8000 MMDQ29 AJ18 IC8000
PD_MMDQ30 MMVREF0 AF29 IC8000 PD_MMVREF0 VDD12 T18 IC8000 VDDR AN17 IC8000 VSS N3 IC8000 VSS AF30 IC8000
Achip
XECS1 AG2 IC8000 MMDQ30 AN18 IC8000 DDR1.5V
PD_MMDQ31 MMVREF1 AJ23 IC8000 PD_MMVREF1 PCCLKO0 AB29 IC8000 VDD12 T19 IC8000 VDDR AP17 IC8000 AVDDPLLA E8 IC8000 PA_AVDDPLLA VSS N16 IC8000 VSS AF34 IC8000
XECS2 AG3 IC8000 PD_XECS2 MMDQ31 AL18 IC8000 TO AVSSV F6 IC8000
PCCLKO1 AB30 IC8000 VDD12 U17 IC8000 VSS N20 IC8000 VSS AG29 IC8000
XECS3 AF1 IC8000 PD_XECS3 22/24 AVSSV F7 IC8000
VDD12 U18 IC8000 VDDIO AD30 IC8000 AVDD75D E6 IC8000 PA_AVDD75D_PLLV VSS N21 IC8000 VSS AG33 IC8000
XECS4 AF2 IC8000 PD_XECS4 PD_MMA[0-13] PCDEVSEL M29 IC8000 AVSSV G6 IC8000
VDD12 U19 IC8000 VDDIO AE29 IC8000 VSS N31 IC8000 VSS AH32 IC8000
XECS5 AF3 IC8000 PD_XECS5
TO 3/24 MMA0 AP32 IC8000
PD_MMA0
TO 23/24 PCIDSELA V29 IC8000 VDD12 V17 IC8000 VDDIO AF32 IC8000
AVDDPLLV E7 IC8000
VSS P16 IC8000 VSS AJ19 IC8000
AVSSV G7 IC8000
PD_MMA1 AVSSV H6 IC8000
XERE AJ4 IC8000 PD_XERE MMA1 AP28 IC8000 PCIDSELB V30 IC8000 VDD12 V18 IC8000 VDDIO AG30 IC8000 VSS P20 IC8000 VSS AK18 IC8000
PD_MMA2 AVDDA D11 IC8000 PA_AVDDA AVSSV J6 IC8000
XEWE0 AJ2 IC8000 MMA2 AM31 IC8000 VDD12 V19 IC8000 VDDIO AH31 IC8000 VSS P21 IC8000 VSS AK22 IC8000
PD_MMA3 PCRST AB32 IC8000 AVDDA E11 IC8000 AVSSV M12 IC8000
XEWE1 AJ1 IC8000 PD_XEWE1 MMA3 AK27 IC8000 VDD12 W17 IC8000 VDDIO AJ22 IC8000 VSS P31 IC8000 VSS AK26 IC8000
PD_MMA4 AVDDA F12 IC8000 AVSSV N12 IC8000
ERXW AJ3 IC8000 PD_ERXW MMA4 AP26 IC8000 PCPAR M30 IC8000 VDD12 W18 IC8000 VDDIO AJ24 IC8000 VSS R16 IC8000 VSS AK30 IC8000
PD_MMA5 AVSSV P12 IC8000
MMA5 AK29 IC8000 VDD12 W19 IC8000 VDDIO AJ29 IC8000 VSS R20 IC8000 VSS AL4 IC8000
XEDK AH1 IC8000 PD_MMA6 PCXIRDY N29 IC8000 AVDDADA1 M14 IC8000 PA_AVDDADA AVSSV P13 IC8000
MMA6 AN27 IC8000 VDD12 W20 IC8000 VDDIO AJ33 IC8000 VSS R21 IC8000 VSS AL21 IC8000
PD_MMA7 PCXTRDY N30 IC8000 AVDDADA2 M13 IC8000 AVSSV P14 IC8000
ESZ0 AH3 IC8000 MMA7 AJ28 IC8000 VDD12 Y18 IC8000 VDDIO AJ34 IC8000 VSS T4 IC8000 VSS AL25 IC8000
PD_MMA8 AVDDADA3 M15 IC8000 AVSSV P15 IC8000
ESZ1 AH2 IC8000 MMA8 AP27 IC8000 PD_MMBA0 PD_MMBA[0-2] PCXFRAME P29 IC8000 VDD12 Y19 IC8000 VDDIO AK20 IC8000 VSS T16 IC8000 VSS AL33 IC8000
PD_MMA9 MMBA0 AL28 IC8000
MMA9 AH29 IC8000 PD_MMBA1 TO 23/24 VDD12 Y20 IC8000 VDDIO AK23 IC8000 VSS T20 IC8000 VSS AL34 IC8000
BOOTSWAP AH6 IC8000 PD_MMA10 MMBA1 AN26 IC8000 PCXSTOP P30 IC8000 AVDDHP C14 IC8000 PA_AVDDHP AVSSSIF D10 IC8000
MMA10 AL27 IC8000 PD_MMBA2 VDD12 Y21 IC8000 VDDIO AK28 IC8000 VSS T21 IC8000 VSS AM7 IC8000
PD_MMA11 MMBA2 AN32 IC8000 AVDDHP D14 IC8000
MMA11 AN28 IC8000 PCCXBE0 T29 IC8000 VDD12 AA19 IC8000 VDDIO AK32 IC8000 VSS T23 IC8000 VSS AM20 IC8000
XNMIRQ AC34 IC8000 PD_MMA12 AVDDHP E14 IC8000 AVSSPLLA F8 IC8000
MMA12 AJ27 IC8000 PCCXBE1 T30 IC8000 VDD12 AA20 IC8000 VDDIO AL19 IC8000 VSS U4 IC8000 VSS AM24 IC8000
XIRQ1 AP5 IC8000 PD_XIRQ1 PD_MMA13
MMA13 AL30 IC8000 PCCXBE2 R29 IC8000 VDD12 AA21 IC8000 VDDIO AL31 IC8000 VSS U12 IC8000 VSS AM27 IC8000
XIRQ2 E21 IC8000 PD_XIRQ2 AVSSA E13 IC8000
PCCXBE3 R30 IC8000 VDD12 AB18 IC8000 VDDIO AM18 IC8000 VSS U13 IC8000 VSS AM28 IC8000
XIRQ3 R4 IC8000 PD_XIRQ3 TO 3/24 AVSSA F13 IC8000
VDD12 AB19 IC8000 VDDIO AM21 IC8000 VSS U14 IC8000 VSS AM32 IC8000
XIRQ4 B20 IC8000 PD_XIRQ4 PCXPERR U29 IC8000 AVSSA F14 IC8000
VDD12 AB20 IC8000 VDDIO AM23 IC8000 VSS U15 IC8000 VSS AN11 IC8000
XIRQ5 A20 IC8000 PD_XIRQ5 TO 13/24 PCXSERR U30 IC8000
VDD12 AB21 IC8000 VDDIO AM26 IC8000 VSS U16 IC8000 VSS AN19 IC8000
XIRQ6 AC32 IC8000 PD_XIRQ6 AVSSADA1 N14 IC8000
PCIRQ0 AA29 IC8000 VDD12 AC18 IC8000 VDDIO AM30 IC8000 VDDUSB AJ14 IC8000 PD_VDDUSB VSS U20 IC8000 VSS AN22 IC8000
XIRQ7 AC33 IC8000 PD_XIRQ7 TO 3/24 PCIRQ1 AA30 IC8000 VDD12 AC19 IC8000 VDDIO AN25 IC8000 VSS U21 IC8000 VSS AN31 IC8000
AVSSADA2 N13 IC8000
XIRQ8 F21 IC8000 PD_XIRQ8 VDDAUSB0 AK13 IC8000 PD_VDDAUSB AVSSADA3 N15 IC8000
VDD12 AJ15 IC8000 VDDIO AN29 IC8000 VSS U31 IC8000 VSS AP1 IC8000
XIRQ9 V6 IC8000 PD_XIRQ9 TO 2/24 PCBRQ0 W29 IC8000
VDD12 AJ16 IC8000 VDDIO AN33 IC8000
VDDAUSB1 AL13 IC8000
VSS V15 IC8000 VSS AP22 IC8000
XIRQ10 F30 IC8000 PD_XIRQ10 PCBRQ1 W30 IC8000 AVSSHP D15 IC8000
VDD12 AK15 IC8000 VDDIO AP20 IC8000 VDDPUSB0 AL14 IC8000 PD_VDDPUSB TO 22/24 VSS V16 IC8000 VSS AP31 IC8000
Video OUT(SD) SD CARD PCBGT0 Y29 IC8000
VDD12 AK16 IC8000 VDDIO AP24 IC8000
AVSSHP E15 IC8000
VDDPUSB1 AL12 IC8000 VSS V20 IC8000 VSS AP34 IC8000
XNFCE AE3 IC8000 PD_XNFCE
TO 3/24 SDCLK AC1 IC8000 PD_SDCLK
PCBGT1 Y30 IC8000
VDD12 AL15 IC8000 VDDIO AP29 IC8000 VSS V21 IC8000
AVSSHP F15 IC8000
NFCLE AE1 IC8000 PD_NFCLE MVDACOY E18 IC8000 PD_MVDACOY LVVDD12 U23 IC8000 PD_LVVDD12
NFALE AE2 IC8000 PD_NFALE
TO 3/24 MVDACOC D17 IC8000
SDCMD AC2 IC8000 PD_SDCMD VDD12 AL16 IC8000
SDDAT0 AD2 IC8000 PD_SDDAT0 VDD12 AM15 IC8000 LVVDD33 G29 IC8000 PD_LVVDD33
XNFRE AF5 IC8000 PD_XNFRE
SDDAT1 AD1 IC8000 PD_SDDAT1 VDD12 AM16 IC8000
VDDIOCK AD34 IC8000 PD_VDDIOCK TO 22/24 LVVDD33 H29 IC8000
XNFWE AE5 IC8000 PD_XNFWE VVREF B17 IC8000 PD_VVREF TO VDDIO AL29 IC8000
XNFWP AE6 IC8000 PD_XNFWP MVIREF F18 IC8000 PD_MVIREF
TO SDDAT2 AB2 IC8000 PD_SDDAT2
5/24
VDD12 AN15 IC8000 LVVDD33 J29 IC8000
NFRYBY AF6 IC8000 PD_NFRYBY VCOMP C17 IC8000 PD_VCOMP
3/24 SDDAT3 AB1 IC8000 PD_SDDAT3
LVDS VDD12 AN16 IC8000 LVVDD33 K29 IC8000
SDCD AC6 IC8000 PD_SDCD VDD12 AP15 IC8000 LVVDD33 L29 IC8000
SDWP AD4 IC8000 PD_SDWP TCLK1P E34 IC8000 PD_TCLK1P VDD12 AP16 IC8000
SDVOLC AD3 IC8000 PD_SDVOLC TCLK1N E33 IC8000 PD_TCLK1N
TA1P B34 IC8000 PD_TA1P System(Achip)
TA1N B33 IC8000 PD_TA1N
System(Dchip) AudioOUT TB1P C34 IC8000 PD_TB1P AXI B11 IC8000 PA_AXI
TB1N C33 IC8000 PD_TB1N AXO A11 IC8000 PA_AXO
TO 3/24
APWMWLP A18 IC8000
APWMWLN B18 IC8000 TS IN TC1P D34 IC8000 PD_TC1P
Dchip Achip I2CSEL AA18 IC8000
XRST AG6 IC8000 PD_XRST
TO 13/24 APWMWRP C18 IC8000
TC1N D33 IC8000 PD_TC1N SCL V12 IC8000
CK27A AL11 IC8000 PD_CK27A APWMWRN F19 IC8000
CH0CLK AA1 IC8000 PD_CH0CLK TO 5/24 TD1P F34 IC8000 PD_TD1P SDA V13 IC8000
CH0DATA AA5 IC8000 TD1N F33 IC8000 PD_TD1N TMODE0 E4 IC8000
VC27A AK11 IC8000 PD_VC27A
APWMSLP B19 IC8000 PD_APWMSLP CH0VAL AA4 IC8000 TE1P G34 IC8000 PD_TE1P TMODE1 G4 IC8000
CK27B AL10 IC8000 PD_CK27B
VC27B AM10 IC8000
TO APWMSLN C19 IC8000 PD_APWMSLN
TO 9/24
CH0PSYNC AA3 IC8000 TE1N G33 IC8000 PD_TE1N
TO NRST P3 IC8000 PA_NRST TO 13/24
3/24 APWMSRP E19 IC8000 PD_APWMSRP
15/24 LOSD
CK74A AJ11 IC8000 PD_CK74A CH1CLK Y1 IC8000 PD_CH1CLK TO 5/24 TCLK2P L34 IC8000 PD_TCLK2P
CK74B AM11 IC8000 PD_CK74B
APWMSRN F20 IC8000 PD_APWMSRN
CH1DATA Y5 IC8000 TCLK2N L33 IC8000 PD_TCLK2N LOSDO0 E29 IC8000
HDMI IN
IPCK33IN AJ13 IC8000 PD_IPCK33IN CH1VAL Y4 IC8000 TA2P H34 IC8000 PD_TA2P LOSDO1 D29 IC8000
IECOUT0 D20 IC8000 PD_IECOUT0 TO 8,11/24 RXCP0 B1 IC8000 PA_RXCP0
DCK33IN AD32 IC8000 PD_DCK33IN CH1PSYNC Y3 IC8000 TA2N H33 IC8000 PD_TA2N LOSDO2 C29 IC8000 PD_LOSDO2
TO 7/24 RXCM0 B2 IC8000 PA_RXCM0 AV IO
PWMA A24 IC8000 PD_PWMA
TB2P J34 IC8000 PD_TB2P LOSDO3 B29 IC8000 PD_LOSDO3
TO 2/24 RX0P0 C1 IC8000 PA_RX0P0
TCK B31 IC8000 PD_TCK PWMB B24 IC8000 PD_PWMB
IS0CLK W5 IC8000 TB2N J33 IC8000 PD_TB2N LOSDO4 A29 IC8000
RX0M0 C2 IC8000 PA_RX0M0
FBL1 F4 IC8000 PA_FBL1 TO 8/24 B1 A5 IC8000 PA_B1
IS0DATA W3 IC8000 TC2P K34 IC8000 PD_TC2P LOSDO5 F28 IC8000 B1N B5 IC8000 PA_B1N
TDO A31 IC8000 PWMC C24 IC8000 PD_PWMC
TO 3/24 IS0VAL W2 IC8000 TC2N K33 IC8000 PD_TC2N LOSDO6 E28 IC8000
RX0P1 D1 IC8000 PA_RX0P1 SIFINN B9 IC8000 PA_SIFINN
TO 9/24 G1 A4 IC8000 PA_G1
TDI A32 IC8000 PD_TDI TO PWMD E24 IC8000 PD_PWMD RX0M1 D2 IC8000 PA_RX0M1 SIFINP A9 IC8000 PA_SIFINP
IS0PSYNC W1 IC8000 TD2P M34 IC8000 PD_TD2P LOSDO7 C28 IC8000 G1N B4 IC8000 PA_G1N
TMS A33 IC8000 PD_TMS 1/24 PWMK F24 IC8000 PD_PWMK RX0P2 E1 IC8000 PA_RX0P2
TD2N M33 IC8000 PD_TD2N LOSDO8 B28 IC8000 VREFHSIF C9 IC8000 PA_VREFHSIF R1 A6 IC8000 PA_R1
TRST B32 IC8000 PD_TRST
TE2P N34 IC8000 PD_TE2P LOSDO9 A28 IC8000
RX0M2 E2 IC8000 PA_RX0M2
VREFLSIF D9 IC8000 PA_VREFLSIF
TO 3/24 R1N B6 IC8000 PA_R1N
TO 8/24
EVTRG C31 IC8000 PD_EVTRG
TE2N N33 IC8000 PD_TE2N LOSDO10 F27 IC8000 PD_LOSDO10 TO 5/24 RXCP1 F1 IC8000 PA_RXCP1 V1 A7 IC8000 PA_V1
LOSDO11 E27 IC8000 RXCM1 F2 IC8000 PA_RXCM1
ADCT0 G5 IC8000 PA_AVDDV
TO 21,22/24 V1N B7 IC8000 PA_V1N
TSTAIO D31 IC8000 ADCT1 F5 IC8000
LOSDO12 C27 IC8000 RX1P0 G1 IC8000 PA_RX1P0
ADCT2 E5 IC8000 HIN P2 IC8000 PA_HIN
SERIAL LOSDO13 B27 IC8000 RX1M0 G2 IC8000 PA_RX1M0
DTCPOUT V22 IC8000 VIN P1 IC8000 PA_VIN
LOSDO14 A27 IC8000 RX1P1 H1 IC8000 PA_RX1P1 T_L0N D8 IC8000
TCPOUT0 N22 IC8000 SCL0 B21 IC8000 PD_SCL0
LOSDO15 F26 IC8000 RX1M1 H2 IC8000 PA_RX1M1 T_L0P C8 IC8000 VREF1V5 F11 IC8000 PA_VREF1V5
TCPOUT12 AB13 IC8000 SDA0 C21 IC8000 PD_SDA0
RX1P2 J1 IC8000 PA_RX1P2 T_L1N F9 IC8000 VREG F10 IC8000 PA_VREG
TO 3/24
TCPOUT3 T22 IC8000 SCL1 AD6 IC8000 PD_SCL1
EtherPHY LOSDOYS A25 IC8000
RX1M2 J2 IC8000 PA_RX1M2 TO T_L1P E9 IC8000
SDA1 AD5 IC8000 PD_SDA1 TO 1/24 LOSDOYM B25 IC8000 7/24 LIN1_LP A15 IC8000 PA_LIN1_LP
TSTSEL AB17 IC8000 SCL2 AC30 IC8000 PD_SCL2 HSDATA MII_TXCLK AL7 IC8000 PD_MII_TXCLK RXCP2 K1 IC8000 PA_RXCP2 TESTIO C16 IC8000 LIN1_N B15 IC8000
LOSDIHS A26 IC8000
SDA2 AC29 IC8000 PD_SDA2 MII_TXD0 AN8 IC8000 PD_MII_TXD0 RXCM2 K2 IC8000 PA_RXCM2 BIAS A8 IC8000 PA_BIAS LIN1_RP C15 IC8000 PA_LIN1_RP
FPEN AC12 IC8000 HS0CLK V3 IC8000 PD_HS0CLK LOSDIVS B26 IC8000
MII_TXD1 AM8 IC8000 PD_MII_TXD1 RX2P0 L1 IC8000 PA_RX2P0 BIAS2 B8 IC8000 PA_BIAS2
HS0PSYNC V2 IC8000 PD_HS0PSYNC LOSDOHS C26 IC8000 TEST_A1 E16 IC8000
NSHUTDOWN C20 IC8000 PD_NSHUTDOWN TO SBO0 Y6 IC8000 PD_SBO0 MII_TXD2 AP7 IC8000 PD_MII_TXD2 RX2M0 L2 IC8000 PA_RX2M0 TO 9/24
MUTEB A19 IC8000 PD_MUTEB 9/24 SBI0 AA6 IC8000 PD_SBI0
TO 3/24 HS0VAL V1 IC8000 PD_HS0VAL
MII_TXD3 AN7 IC8000 PD_MII_TXD3
LOSDOVS C25 IC8000
RX2P1 M1 IC8000 PA_RX2P1
VREFH0 D4 IC8000 PA_VREFH0 TEST_A2 D16 IC8000
HS0D0 V5 IC8000 PD_HS0D0 VREFH1 D5 IC8000 PA_VREFH1
SBO1 C23 IC8000 MII_TXEN AP8 IC8000 PD_MII_TXEN LOSDOCLK E26 IC8000 RX2M1 M2 IC8000 PA_RX2M1
SBI1 E23 IC8000
HS0D1 U1 IC8000 PD_HS0D1
LOSDICLK E25 IC8000 PD_LOSDICLK TO 5/24 RX2P2 N1 IC8000 PA_RX2P2
VREFH2 D6 IC8000 PA_VREFH2 TO 3/24 HP1_L1 B14 IC8000 PA_HP1_L1
HS0D2 U2 IC8000 PD_HS0D2 MII_RXCLK AL6 IC8000 PD_MII_RXCLK VREFH3 D7 IC8000 PA_VREFH3
SBT1 F23 IC8000 TO RX2M2 N2 IC8000 PA_RX2M2 HP1_R1 A14 IC8000 PA_HP1_R1
HS0D3 U3 IC8000 PD_HS0D3 MII_RXD0 AK10 IC8000 PD_MII_RXD0
4/24
VOUTENB F25 IC8000 PD_VOUTENB TO 3/24 VREFL0 C4 IC8000 PA_VREFL0
HP_MUTE E10 IC8000 PA_HP_MUTE
HS0D4 U5 IC8000 PD_HS0D4 MII_RXD1 AJ10 IC8000 PD_MII_RXD1 DDCSCL0 H4 IC8000 PA_DDCSCL0 VREFL1 C5 IC8000 PA_VREFL1
TXD0 F22 IC8000
HS0D5 U6 IC8000 PD_HS0D5 MII_RXD2 AK9 IC8000 PD_MII_RXD2 DDCSDA0 L4 IC8000 PA_DDCSDA0 VREFL2 C6 IC8000 PA_VREFL2
RXD0 E22 IC8000
HS0D6 T5 IC8000 PD_HS0D6 MII_RXD3 AJ9 IC8000 PD_MII_RXD3 VREFL3 C7 IC8000 PA_VREFL3
XRTS0 A22 IC8000 PD_XRTS0 TO 3/24 HS0D7 T6 IC8000 PD_HS0D7 TO 2/24 MII_RXDV AP9 IC8000 PD_MII_RXDV
DDCSCL1 J4 IC8000 PA_DDCSCL1
ZEROMUTE0 D12 IC8000
XCTS0 A21 IC8000 PD_XCTS0 TO 5/24 MII_RXER AN9 IC8000 PD_MII_RXER
DDCSDA1 M4 IC8000 PA_DDCSDA1
ZEROMUTE1 E12 IC8000
XDTR0 A23 IC8000 PD_XDTR0 TO 15/24 HSBCLKOUT T3 IC8000 PD_HSBCLKOUT USB LO1_R A13 IC8000 PA_LO1_R
IC CARD XDSR0 C22 IC8000 HSSYNCOUT T1 IC8000 PD_HSSYNCOUT MII_COL AP6 IC8000 PD_MII_COL
DDCSCL2 K4 IC8000 PA_DDCSCL2
LO1_L B13 IC8000 PA_LO1_L
ZEROMUTE2 C12 IC8000
HSVALOUT T2 IC8000 PD_HSVALOUT MII_CRS AN6 IC8000 PD_MII_CRS
USB0DP AN14 IC8000 PD_USB0DP DDCSDA2 N4 IC8000 PA_DDCSDA2
LO2_R C13 IC8000 PA_LO2_R TO 9/24 VCMOBGR A3 IC8000
SMTD0 AB6 IC8000 PD_SMTD0
TO 2/24
XRI0 B22 IC8000 PD_XRI0
TO 7/24 HSDOUT0 R1 IC8000 PD_HSDOUT0
USB0DN AP14 IC8000 PD_USB0DN
TESTIOH V14 IC8000 LO2_L D13 IC8000 PA_LO2_L
SMTCMD0 AB3 IC8000 PD_SMTCMD0 XDCD0 B23 IC8000
HSDOUT1 R2 IC8000 PD_HSDOUT1
WUC AK6 IC8000 PD_WUC
TO 3,4/24 USB0VBUS AN12 IC8000 PD_USB0VBUS
SMTSEL0 AB5 IC8000 PD_SMTSEL0
TO 5/24 TXD1 E31 IC8000 PD_TXD1 HSDOUT2 R3 IC8000 PD_HSDOUT2
MDC AJ8 IC8000 PD_MDC USB0OC AP12 IC8000 PD_USB0OC
SMTRST0 AC3 IC8000 PD_SMTRST0
TO 2/24 RXD1 F31 IC8000 PD_RXD1
TO 6/24 HSDOUT3 R5 IC8000 PD_HSDOUT3
MDIO AL8 IC8000 PD_MDIO
TO USB0RREF AM14 IC8000 PD_USB0RREF
TXD2 H31 IC8000 HSDOUT4 R6 IC8000 PD_HSDOUT4
MDIO_INTL AM9 IC8000 PD_MDIO_INTL 4/24 USB0ATEST AC16 IC8000
TO 4/24
PHYRSTL AM6 IC8000 PD_PHYRSTL
RXD2 H30 IC8000 PD_RXD2 TO 5/24 HSDOUT5 P4 IC8000 PD_HSDOUT5
TO 5/24 WAKEUP AJ6 IC8000 PD_WAKEUP
USB1DP AN13 IC8000 PD_USB1DP
HSDOUT6 P5 IC8000 PD_HSDOUT6 TO 3,4/24 USB1DN AP13 IC8000 PD_USB1DN
RMCO W6 IC8000 PD_RMCO TO 2/24 HSDOUT7 P6 IC8000 PD_HSDOUT7 TO 8/24 MII_SBO AK7 IC8000 PD_MII_SBO
TO 3/24 USB1VBUS AJ12 IC8000 PD_USB1VBUS
MII_SBI AJ7 IC8000 PD_MII_SBI TO 2/24 USB1OC AK12 IC8000 PD_USB1OC
USB1RREF AP11 IC8000 PD_USB1RREF
USB1ATEST AB16 IC8000
USBXO AN10 IC8000
USBXI AP10 IC8000 PD_USBXI TO 3/24
181 182 183 184 185 186 187 188 189
70
13.27. A-Board (22/24) Schematic Diagram
! A-BOARD (22/24) LDA2 Power
PEAKS-LDA2 Dchip
R8031
SUB3.3V 2.2k
L8003
J0JHC0000045
PD_VDD33
C8001 C8010 C8016 C8020 C8022 C8025 C8028 C8031 C8034 C8037 C8040 C8043 C8046 C8049 C8052 C8055 C8062 C8066
10V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V L8002
10u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u
J0JCC0000287
PD_AVDDPLL1_2
C8005 C8013 C8019
10V 16V 16V
10u 0.1u 0.1u
SUB1.2V_D
TO 21/24
L8004 L8007
J0JKC0000021 TO 21/24 J0JHC0000045
PD_VDD12 PD_VDDAUSB
+
C8002 C8006 C8008 C8021 C8023 C8029 C8035 C8038 C8044 C8050 C8053 C8056 C8063 C8067 C8072 C8077 C8079 C8059 C8070 C8075
4V 10V 10V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 16V 6.3V 16V 16V
68u 10u 10u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 0.1u 4.7u 0.1u 0.1u
L8008
J0JCC0000287
PD_VDDPUSB
C8060 C8071 C8076
SUB1.5V DDR1.5V 6.3V 16V 16V
DCDCIN
4.7u 0.1u 0.1u
L8005 L8024 L5504
J0JKC0000021 J0JCC0000287 TO 21/24 G1C100MA0077
PD_VDDIOCK
C8009 C8015 C8017 C8024 C8027 C8030 C8033 C8036 C8039 C8042 C8045 C8048 C8051 C8054 C8057 C8068 C8073 C8064
10V 10V 10V 16V 10V 16V 16V 10V 16V 16V 10V 16V 10V 10V 10V 16V 16V 10V
10u 10u 10u 0.1u 1u 0.1u 0.1u 1u 0.1u 0.1u 1u 0.1u 1u 1u 1u 0.1u 0.1u 1u C5508
R5512 16V
10 0.1u
R5516
0
Q5500
B1MBDDA00003
D1
S1
1 DRVH1 24
SUB3.3V SW1 C5516
SUB3.3V C5520
G1
D1
2 VBST1 23 25V 25V
L8000 L8010 DRVL1 10u 10u SUB1.2V_A
TP5500
SUB1.2V_D
SUB1.2V_A
J0JCC0000287 J0JCC0000287
3 22
D2
EN1
S2
PD_AVDDPWM PD_VDDSD
TO 14,19/24 DCDCEN
PGND1 R5517
C8003 C8011 C8085 C8090 10k
R5508 820 4 21
G2
D2
VO1 L5502
10V 16V 10V 16V R5504 TRIP1 C5528 C5532 C5536
10u 0.1u 10u 0.1u R5500 1.24k R5529 G1C2R2Z00007
5 20 6.3V 6.3V 6.3V
VFB1
S S VIN 22u 22u 22u
TO 21/24 6 GND 19 C5502
C5500 VREG5 10V 4.7u
D5505 C5529 C5533 C5537
25V 6800p 7 SS1 18 C5503 SUB1.2V_D
L8001 6.3V 6.3V 6.3V TP5501
R5505 V5FILT 16V 1u
C0DBAYY00715
J0JCC0000287 SUB1.2V_A R5501 1.24k B0JCPD000026 L5500 22u 22u 22u
R5530 8 17
PD_AVDDPLL0_3 VFB2 C5504 G1C2R2M00022
L8011 S S SS2 25V 6800p
IC5500
C8000 C8004 C8012 C8018 J0JHC0000116
10V 16V 16V 16V
TO 21/24 R5509 820 9 VO2 16 R5522
PD_VDDR TRIP2 20k
10u 0.1u 0.1u 0.1u
10 EN2 15
C8082 C8087 C8091 C8092 C8094 C8096
10V 16V 16V 16V 16V 16V
PGND2 Q5501
10u 0.1u 0.1u 0.1u 0.1u 0.1u 11 VBST2 14 B1CFRD000048
DRVL2
12 DRVH2 13
L8014 SW2
J0JCC0000287 C5522 C5526
SUB3.3V PD_VDDA 25V 25V
10u 10u
L8006 L8012 R5518
J0JCC0000287 J0JCC0000287 0
PD_DAAVDD1 TO 3,21/24 PD_VDDUSB
C8058 C8069 C8083 C8088 C5509
6.3V 16V 6.3V 16V R5513 16V Q5504
4.7u 0.1u 4.7u 0.1u 0.1u B1CFRD000048
10
L8013
L8009
J0JCC0000287
J0JHC0000045
PD_LVVDD33 TO 21/24 PD_LVVDD12
C8061 C8065 C8074 C8078 C8084 C8089
10V 16V 16V 16V 10V 16V
10u 0.1u 0.1u 0.1u 10u 0.1u
DCDCIN
L5505
G1C100MA0077
R5514 10 C5510
16V 0.1u
PEAKS-LDA2 Achip R5519 0
D1
S1
1 DRVH1 24
SUB1.2V_A
AVDDH SW1
G1
D1
L8015 L8017 2 23 C5517 C5521
VBST1
J0JHC0000116 J0JHC0000045 DRVL1 25V 25V
TP5502 SUB1.5V
10u
SUB3.3V
SUB1.5V
PA_VDD12A PA_AVDDH 10u
3 22
D2
EN1
S2
C8108 C8124 C8128 C8132 C8133 C8134 C8100 C8109 C8119 C8127 C8130 PGND1 R5520
10V 16V 16V 16V 16V 16V 10V 16V 16V 16V 16V R5510 2k 4 21 15k
G2
D2
VO1 L5503
10u 0.1u 0.1u 0.1u 0.1u 0.1u 10u 0.1u 0.1u 0.1u 0.1u R5506 TRIP1 1%
R5502 2.1k R5531 G1C3R3Z00004
S S
5 VFB1
VIN
20 Q5502 C5530 C5534 C5538
B1MBDDA00003 6.3V 6.3V 6.3V
6 GND 19 C5505 22u 22u 22u
C5501 VREG5 10V 4.7u
10V 0.15u
C0DBAYY00715
L8016 7 SS1 18 C5506
J0JHC0000116 R5507 V5FILT 16V 1u
IC5501
PA_VDDAVAD R5503 1.1k R5532 8 VFB2 17 C5507
C8099 C8110 C8120 C8129 S S SS2 10V 0.039u C5531 C5535 C5539
6.3V 6.3V 6.3V
10V
10u
16V
0.1u
16V
0.1u
16V
0.1u
R5511 3.6k 9 VO2 16 R5523 Q5503 22u 22u 22u TP5503 SUB3.3V
TRIP2 24k B1MBEDA00015 L5501
10 EN2 15
D1
G1C3R3Z00005
S1
PGND2
11 VBST2 14
G1
D1
DRVL2
12 DRVH2 13
D2
SW2
S2
SUB3.3V
ACHIP3.3V
TO 21/24 C5519 C5523
TO 21/24 25V 25V
G2
D2
L8018 L8020 10u 10u
J0JHC0000045 J0JCC0000287
PA_AVDDV PA_AVDDPLLA
C8104 C8114 C8131 C8106 C8116 R5521 0
10V 16V 16V 6.3V 16V
10u 0.1u 0.1u 4.7u 0.1u
R5515 10 C5511
L8022 16V 0.1u
J0JHC0000045
L8019
PA_AVDDA
J0JHC0000045
PA_AVDDSIF C8101 C8111 C8121
10V 16V 16V
C8105 C8115 10u 0.1u 0.1u
10V 16V R8000
10u 0.1u 330
PA_AVDDADA
L8021
J0JCC0000287 C8102 C8112 C8122
PA_AVDD75D_PLLV 10V 16V 16V
10u 0.1u 0.1u
C8107 C8117 C8126
6.3V 16V 16V
4.7u 0.1u 0.1u
L8023
J0JHC0000045
PA_AVDDHP
C8103 C8113 C8123
10V 16V 16V
10u 0.1u 0.1u
190 191 192 193 194 195 196 197 198
71
13.28. A-Board (23/24) Schematic Diagram
! A-BOARD (23/24) DDR3
PEAKS-LDA2
PD_MMDQ[0-15]
TO 21,23/24
PD_MMDQ8 =
IC8240 E3 DQL0
PD_MMDQ9 =
IC8240 F7 DQL1
PD_MMDQ10 =
IC8240 F2 DQL2
PD_MMDQ11 =
IC8240 F8 DQL3
PD_MMDQ12 = DDR1.5V
IC8240 H3 DQL4 C8271
PD_MMDQ13 = 4V
IC8240 H8 DQL5 68u +
PD_MMDQ14 =
IC8240 G2 DQL6
PD_MMDQ15 =
IC8240 H7 DQL7 C8272 10V 10u
PD_MMDQ0 =
IC8240 D7 DQU0
PD_MMDQ1 = C8273 10V 1u =
IC8240 C3 DQU1 IC8240 A1 VDDQ IC8240 A9 VSS
PD_MMDQ2 = C8274 16V 0.1u = =
IC8240 C8 DQU2 IC8240 A8 VDDQ IC8240 B3 VSS
PD_MMDQ3 = C8275 10V 1u = =
IC8240 C2 DQU3 IC8240 C1 VDDQ IC8240 E1 VSS
PD_MMDQ4 = C8276 16V 0.1u = =
IC8240 A7 DQU4 IC8240 C9 VDDQ IC8240 G8 VSS
PD_MMDQ5 = C8277 16V 0.1u = =
IC8240 A2 DQU5 IC8240 D2 VDDQ IC8240 J2 VSS
PD_MMDQ6 = C8278 10V 1u = =
IC8240 B8 DQU6 IC8240 E9 VDDQ IC8240 J8 VSS
PD_MMDQ7 = C8279 16V 0.1u = =
IC8240 A3 DQU7 IC8240 F1 VDDQ IC8240 T9 VSS
C8280 16V 0.1u = =
IC8240 H2 VDDQ IC8240 M1 VSS
= C8281 10V 1u = =
PD_MMDQS1 IC8240 F3 DQSL IC8240 H9 VDDQ IC8240 M9 VSS
= =
PD_MMXDQS1 IC8240 G3 /DQSL IC8240 P1 VSS
= C8282 16V 0.1u = =
PD_MMDQS0 IC8240 C7 DQSU IC8240 B2 VDD IC8240 P9 VSS
= C8283 10V 1u = =
PD_MMXDQS0 IC8240 B7 /DQSU IC8240 D9 VDD IC8240 T1 VSS
C8284 10V 1u =
TO 21/24 PD_MMDM1
=
IC8240 E7 DML C8285 10V 1u
IC8240
=
G7 VDD =
IC8240 B1 VSSQ
= IC8240 K2 VDD =
PD_MMDM0 IC8240 D3 DMU C8286 10V 1u = IC8240 B9 VSSQ
IC8240 K8 VDD =
= IC8240 D1 VSSQ
IC8240 N1 VDD =
R8286 = IC8240 D8 VSSQ
220 IC8240 N9 VDD =
C8289 16V 0.1u = IC8240 E2 VSSQ
AD_MMCK = IC8240 R1 VDD =
PD_MMA[0-13] IC8240 J7 CK C8290 16V 0.1u = IC8240 E8 VSSQ
AD_MMXCK = IC8240 R9 VDD =
IC8240 K7 /CK IC8240 F9 VSSQ
=
AD_MMCKE = IC8240 G1 VSSQ
PD_MMA0 R8256 AD_MMA0 IC8240 K9 CKE =
IC8240 G9 VSSQ
S
PD_MMA1 R8257 AD_MMA1
AD_MMXCS0 =
S
PD_MMA2 R8258 AD_MMA2 IC8240 L2 /CS
S
AD_MMXRAS =
PD_MMA3 R8259 AD_MMA3 IC8240 J3 /RAS
AD_MMXCAS =
S
PD_MMA4 R8260 AD_MMA4 IC8240 K3 /CAS
AD_MMXWE = AD_MMA0 =
S
PD_MMA5 R8261 AD_MMA5 IC8240 L3 /WE IC8240 N3 A0
AD_MMA1 = =
S
PD_MMA6 R8262 AD_MMA6 IC8240 P7 A1 IC8240 J1 NC
AD_MMBA0 = AD_MMA2 = =
S
PD_MMA7 R8263 AD_MMA7 IC8240 M2 BA0 IC8240 P3 A2 IC8240 J9 NC
AD_MMBA1 = AD_MMA3 = =
S
PD_MMA8 R8264 AD_MMA8 IC8240 N8 BA1 IC8240 N2 A3 IC8240 L1 NC
AD_MMBA2 = AD_MMA4 = =
S
PD_MMA9 R8265 AD_MMA9 IC8240 M3 BA2 IC8240 P8 A4 IC8240 L9 NC
AD_MMA5 = =
S
PD_MMA10 R8266 AD_MMA10 AD_MMODT = IC8240 P2 A5 IC8240 M7 NC
IC8240 K1 ODT AD_MMA6 = =
S
PD_MMA11 R8267 AD_MMA11 IC8240 R8 A6 IC8240 T7 NC
PD_MMXRESET = AD_MMA7 =
S
PD_MMA12 R8268 AD_MMA12 IC8240 T2 /RESET IC8240 R2 A7
DDR1.5V AD_MMA8 =
PD_MMA13 S
AD_MMA13 R8288 IC8240 T8 A8
R8269
240 = AD_MMA9 =
S
IC8240 L8 ZQ IC8240 R3 A9
R8277 R8281 AD_MMA10 =
1k 1k IC8240 L7 A10(AP)
=
AD_MMA11
AD_MMA12
=
IC8240
=
R7 A11 IC8240
DDR1.5V
C8247
IC8240 M8 VREFCA
AD_MMA13
IC8240
=
N7 A12(/BC)
C3ABTY000025
R8278 R8282 IC8240 T3 NC
16V
1k 1k 0.1u
R8253 R8270 DDR3 #0,1
1k 1k
=
C8248
IC8240 H1 VREFDQ 1Gbit DDR3
16V
PD_MMVCAL
0.1u
C8240
R8254 R8271
16V
1k 1k
0.1u
R8279 R8283
1k 1k
PD_MMVREF0
C8241
16V
0.1u
R8255
1k
R8272
1k
=
IC8241 M8 VREFCA IC8241
C8249
R8280 R8284
TO 21/24 1k 1k
16V C3ABTY000025
0.1u
PD_MMVREF1 = DDR3 #0,1
C8242 IC8241 H1 VREFDQ
16V C8250
0.1u 16V 1Gbit DDR3
0.1u
R8240
240
PD_MMRODT R8287
240 =
IC8241 L8 ZQ
AD_MMA0 =
R8241 AD_MMBA0 IC8241 N3 A0
PD_MMBA0 AD_MMA1 =
S
AD_MMBA1 R8285 IC8241 P7 A1
R8242
220
TO 21,23/24 PD_MMBA1
R8243
S
AD_MMBA2
AD_MMA2 =
IC8241 P3 A2
PD_MMBA2 S
AD_MMCK = AD_MMA3 =
IC8241 J7 CK IC8241 N2 A3
C8243 AD_MMXCK = AD_MMA4 =
IC8241 K7 /CK IC8241 P8 A4
R8244 50V 3p MMCK AD_MMCK AD_MMA5 =
R8274
PD_MMCK S S
IC8241 P2 A5
R8245 MMXCK R8275 AD_MMXCK AD_MMA6 =
PD_MMXCK S S
AD_MMCKE = IC8241 R8 A6
IC8241 K9 CKE AD_MMA7 = =
R8246 33 AD_MMXCS0 IC8241 R2 A7 IC8241 J1 NC
PD_MMXCS0 AD_MMA8 = =
R8247 33 AD_MMXCS1 DDR1.5V AD_MMXCS1 = IC8241 T8 A8 IC8241 J9 NC
PD_MMXCS1 IC8241 L2 /CS AD_MMA9 = =
AD_MMXRAS = IC8241 R3 A9 IC8241 L1 NC
IC8241 J3 /RAS AD_MMA10 = =
R8248 AD_MMXRAS AD_MMXCAS = IC8241 L7 A10(AP) IC8241 L9 NC
PD_MMXRAS IC8241 K3 /CAS AD_MMA11 = =
TO 21/24 R8249
S
AD_MMXCAS C8246 AD_MMXWE = IC8241 R7 A11 IC8241 M7 NC
PD_MMXCAS 10V IC8241 L3 /WE AD_MMA12 = =
S
1u IC8241 N7 A12(/BC) IC8241 T7 NC
R8250 AD_MMXWE AD_MMA13 =
PD_MMXWE S
AD_MMBA0 = IC8241 T3 NC
IC8241 M2 BA0
R8251 AD_MMCKE AD_MMBA1 =
PD_MMCKE S
IC8241 N8 BA1
AD_MMBA2 =
R8252 AD_MMODT IC8241 M3 BA2
PD_MMODT S
AD_MMODT =
PD_MMXRESET IC8241 K1 ODT C8251 DDR1.5V
PD_MMXRESET 4V
PD_MMXRESET = 68u
R8289 IC8241 T2 /RESET
+
10k
C8252 10V 10u
TO
PD_MMDQ[16-31]
21,23/24 C8253 16V 0.1u =
IC8241 A1 VDDQ IC8241 A9 VSS
PD_MMDQ16 = C8254 10V 1u = =
IC8241 E3 DQL0 IC8241 A8 VDDQ IC8241 B3 VSS
PD_MMDQ17 = C8255 10V 1u = =
IC8241 F7 DQL1 IC8241 C1 VDDQ IC8241 E1 VSS
PD_MMDQ18 = C8256 10V 1u = =
IC8241 F2 DQL2 IC8241 C9 VDDQ IC8241 G8 VSS
PD_MMDQ19 = C8257 16V 0.1u = =
IC8241 F8 DQL3 IC8241 D2 VDDQ IC8241 J2 VSS
PD_MMDQ20 = C8258 16V 0.1u = =
IC8241 H3 DQL4 IC8241 E9 VDDQ IC8241 J8 VSS
PD_MMDQ21 = C8259 10V 1u = =
IC8241 H8 DQL5 IC8241 F1 VDDQ IC8241 T9 VSS
PD_MMDQ22 = C8260 16V 0.1u = =
IC8241 G2 DQL6 IC8241 H2 VDDQ IC8241 M1 VSS
PD_MMDQ23 = C8261 16V 0.1u = =
IC8241 H7 DQL7 IC8241 H9 VDDQ IC8241 M9 VSS
PD_MMDQ24 = =
IC8241 D7 DQU0 IC8241 P1 VSS
PD_MMDQ25 = C8262 16V 0.1u = =
IC8241 C3 DQU1 IC8241 B2 VDD IC8241 P9 VSS
PD_MMDQ26 = C8263 10V 1u = =
IC8241 C8 DQU2 IC8241 D9 VDD IC8241 T1 VSS
PD_MMDQ27 = C8264 10V 1u =
IC8241 C2 DQU3 IC8241 G7 VDD =
PD_MMDQ28 = C8265 16V 0.1u = IC8241 B1 VSSQ
IC8241 A7 DQU4 IC8241 K2 VDD =
PD_MMDQ29 = C8266 16V 0.1u = IC8241 B9 VSSQ
IC8241 A2 DQU5 IC8241 K8 VDD =
PD_MMDQ31 = C8267 16V 0.1u = IC8241 D1 VSSQ
IC8241 B8 DQU6 IC8241 N1 VDD =
PD_MMDQ30 = C8268 16V 0.1u = IC8241 D8 VSSQ
IC8241 A3 DQU7 IC8241 N9 VDD =
C8269 16V 0.1u = IC8241 E2 VSSQ
IC8241 R1 VDD =
= C8270 16V 0.1u = IC8241 E8 VSSQ
PD_MMDQS2 IC8241 F3 DQSL IC8241 R9 VDD =
= IC8241 F9 VSSQ
PD_MMXDQS2 IC8241 G3 /DQSL C8291 16V 0.1u =
= IC8241 G1 VSSQ
PD_MMDQS3 IC8241 C7 DQSU C8292 16V 0.1u =
= IC8241 G9 VSSQ
TO 21/24 PD_MMXDQS3 IC8241 B7 /DQSU C8293 16V 0.1u
=
PD_MMDM2 IC8241 E7 DML
=
PD_MMDM3 IC8241 D3 DMU
199 200 201 202 203 204 205 206 207
72
13.29. A-Board (24/24) Schematic Diagram
! A-BOARD (24/24) OFDM
TO 2,3,5,13/24
SUB3.3V
FE_XRST / SDRAM_CHK
L8300
J0JHC0000045
AA_FE_RST
C8320
10V C8311
1u 10V
10u
1
CE VIN
C8305
50V
10p
C8304
50V
10p
IC8302 VSS
C0DBFYY00041
XC6221A252MR NC VOUT
5
X8300
H0J410500001 2.5V TP8301
41.0MHz
R8302 R8310
68 C8321
470 10V
L8303
J0JHC0000045 2.2u
FE1.2V
L8304
J0JHC0000045
J0JHC0000045
L8302
0.1u
0.1u
0.1u
0.1u
16V
16V
16V
16V
C8322
C8317
C8308
C8319
TUNER
S
C8303
16V
VJ8300
R8316
0.1u 0
IFD1
C8324
50V
36
35
34
33
32
31
30
29
28
27
26
25
56p
TO 13/24 C8309
OSCMODE
OSCENBN
CVDD
XVDD
PVDD
RESETN
PVSS
VSS
XTALO
R8315 37 24 16V
XTALI
0 0.1u
38 23
IFD2 AINP VSS
C8318 16V 0.1u 39 22 R8322
C8301 C8325 AVSS CVDD
16V XVSS 0 FE_SDA
50V 40 21
0.1u AVDD AINM SDA PEAKS_SDA0
TESTMODE
56p
A0
C8316 16V 0.1u 41
RFAIN SCL
20
PEAKS_SCL0
TO 1,20/24
42 19 R8323 FE_SCL
RVDD DVDD
C8315 16V 0.1u 0
43 18 C8310
VSS VSS
IFAGC
GPIO0
44 17 16V 0.1u
CVDD TSDATA7 FE0_MDO7
R8324 560 45 16
TUNERDAT TSDATA3 TSDATA6 FE0_MDO6
R8325 560 46 15
TSDATA2 FE0_MDO5
TUNERCLK TSDATA5
TSDATA0
TSDATA1
TSVALID
TSSYNC
47 14
TSERR
FE0_MDO4
TSCLK
RFAGC_GPIO1 TSDATA4
TO 2/24
DVDD
CVDD
SUB3.3V 48 13
VSS
VSS
FE0_MDO3
FE0_MDO2
10
11
12
1
3
4
5
6
7
8
9
IC8300 FE0_MDO1
FE0_MDO0
R8327 R8326
4.7k 4.7k C1AB00003188 R8300
FE-OUT_SDA EXB2HV680JV
TO 1,13/24 OFDM
FE-OUT_SCL
68
68
68
68
C8306 C8314
16V 16V
TO 13/24 IFAGC 0.1u 0.1u
R8305
R8306
R8303
R8301
*R8304
C8300 10k
16V
0.1u
DVB-T/C Demodulator
*R8309
2.2k
FE_SW
FE0_PSYNC
FE0_CLK
FE0_VAL
TO 2/24
208 209 210 211 212 213 214 215 216
73
13.30. XS-Board Schematic Diagram
! XS-BOARD TXNXS1LQUE
IC6701
B C0DBEYY00123
IF3.3V SUB5.6V
TP6704
!
L6707
TO
TU6700 1 VO 8
J0JGC0000020
A-BOARD
J3BBCBC00006 VCC
C6722 *XS3 (A88A)
Thermal Pad
C6721 R6713
SUFFIX:AB SAT TUNER 10V 47k
2 7
10V
2.2u
FB
2.2u N.C SUB3.3V
TSSYNC 1
*JS6700
NC L6708 3 6
1 D6708 GND
J0JHC0000116 B0ECKP000002 N.C 2
R6758
B1
2 C6720 10k TSVAL
R6714 3
50V 4 N.C 5
NC 15k
3 180p EN
FIN
4
TSCLK 5
IF3.3V
B2
4 C6711 6
25V
NC
5 0.1u
MDO7 7
NC
6 MDO6 8
NC
7 R6710
SUB3.3V MDO5 9
47
SDA SDA
8
10
L6706
SCL SCL
J0JGC0000020 9 *R6759 68 TP6705
R6711 R6739 0 MDO0 MDO4 11
VDD1.0V 47
DISEQCIN1
C
+
C6709 C6714 10 *R6760 68 TP6706
R6740 0 MDO1 MDO3 12
4V 25V
220u 0.1u TP6707
*R6761 68 R6741 0 MDO2 13
B3
L6705
J0JJC0000015 DISEQCOUT1 TP6708
11 *R6762 68 R6742 0 MDO3 MDO2 14
VDD 12
13 *R6763 68 TP6709
D03 R6743 0 MDO4 MDO1 15
+
C6703 C6732 C6708 14
4V 6.3V 50V D13
D23 15 TP6710
220u 1u 0.01u *R6764 68 R6744 0 MDO5 MDO0 16
16
D33
D43 17 *R6765 68 TP6711
R6745 0 MDO6 17
18 TP6716
D53
D63 19 *R6766 68 TP6712
R6746 0 MDO7 18
20 SDA
D73
CLK_OUT 21 *R6767 33 TP6713
R6747 0 TSCLK 19
22 TP6717
D/PN
STROUT 23 TP6714
*R6768 33 R6748 0 TSVAL 20
24 SCL
ERROR SUB5.6V
RESETB 25 *R6757 0 TP6715
R6749 0 TSSYNC 21
26
TP6718
R6769 47 IREQ RESET 22 TP6700
TP6719 C6700
R6722 47 RESET IREQ 23 25V
0.1u
24 SUB3.3V
25
TP6701
26 C6701
25V
R6750 0.1u
2.2k 27 DTV15V
28
TP6702
D D6700
B0JCPD000021
C6753
35V L6701
C6754
35V R6751
C6748
50V
29
47u J0JJC0000015 47u 2.2k
8200p 30
+
C6702
TOP 25V
0.1u
C6706 C6707 C6710 C6715
35V 50V 35V 50V
B0JCND000009
47u 0.47u 47u 0.47u D6711
B0BC6R600005
D6713
1 DETIN 24
NC R6705
2 23 16k
VCTRL D6703
ISEL
B0ECKP000002
3 NC 22
Vup
D6701
Thermal Pad
R6700 4 NC 21 B0JCMD000010 R6712
0 NC C6717 3.3
DTV15V
C6752 C6704 C6735 C6705 C6736 5 20 25V 10u
NC C6718
25V 25V 25V 25V 50V VoTX L6704
C6712 50V
100u 100u 1u 0.1u 1000p G1C221ZA0037
6 LX 19 25V D6702 0.01u
+
VoRX 0.22u B0JCMD000010
L6700
R6753
G1C220MA0363 7 P-GND 18
0 R6709
A-GND
15
R6703 47 8 17 R6707 100
SUB3.3V SDA
SDA Vcc
SCL
9 SCL
Vcc-l
16 C6716
25V
C6719
25V
IC6702
0.1u
R6701
R6704
10 ADDR 15
0.22u C0DBAYY00462
47 D6709
10k BYP C6713
11 DSQOUT 14 25V 0.22u B0ECKP000002 VDD1V
TTX D6712
12 DSQIN 13 B0BC6R600005
E R6702
10k
EXTM
R6706
0
R6723
100k
C6727
50V
0.01u
R6724
100 1 BOOT 8
DTV15V SS
C6723 C6725 C6730
PA6700 25V 25V 25V
K5H1022A0031 10u 10u
2 VIN 7 0.015u
L6702 EN
C6728
IC6700 G1C100MA0291 D6705
B0JCPD000021
25V
0.1u
3 6
SW
C1AB00002948 R6754
COMP
VDD1.0V C6724 C6726 R6726 R6727
R6729 R6728 2.2
6.3V 6.3V
LNB POWER SUPPLY 10 10
22u 22u 4 GND 5
2.2k 470 R6730
3.9k
B0BC4R700007
FB
C6750
D6707
D6710 L6703 50V
1000p C6731
G1C4R7Z00014
B0BC4R700007 D6706 50V
R6725
TP6703 B0BC4R700007 3900p
10k
1 2 3 4 5 6 7 8 9
74
F
A
E
D
C
TO
TO
TO
TO
SIDE SIDE SIDE SIDE
R17148
150
DRIVER
DRIVER
DRIVER
DRIVER
DM DM DM DM
1 1 1 1
CB4
CB3
CB2
CB1
1
NC NC NC NC
PANEL DATA
PANEL DATA
PANEL DATA
PANEL DATA
VDD2 VDD2 VDD2 VDD2
!
3 3 3 3
VDD2 VDD2 VDD2 VDD2
4 4 4 4
VDD2 VDD2 VDD2 VDD2
5 5 5 5
NC NC NC NC
VDD2 VDD2 VDD2 VDD2
7 7 7 7
VDD2 VDD2 VDD2 VDD2
8 8 8 8
VDD2 VDD2 VDD2 VDD2
9 9 9 9
NC NC NC NC
0.33u
100V
C17109
GND GND GND GND
11 11 11 11
GND GND GND GND
12 12 12 12
GND GND GND GND
13 13 13 13
GND GND GND GND
14 14 14 14
GND GND GND GND
15 15 15 15
AB_LE1 AB_LE1 AB_LE1 AB_LE1
LEN LEN LEN LEN
16 16 16 16
GND GND GND GND
17 17 17 17
AB_ODE1 AB_ODE1 AB_ODE1 AB_ODE1
ODE ODE ODE ODE
18 18 18 18
2
AB_PC1 AB_PC1 AB_PC1 AB_PC1
BLK BLK BLK BLK
19 19 19 19
AB_CLR1 AB_CLR1 AB_CLR1 AB_CLR1
CLR 20 CLR 20 CLR 20 CLR 20
VDD1 VDD1 VDD1 VDD1
21 21 21 21
VDD1 VDD1 VDD1 VDD1
22 22 22 22
C1_3.3V
C1_3.3V
C1_3.3V
C1_3.3V
OHZ OHZ OHZ OHZ
1u
1u
1u
1u
23 23 23 23
10V
10V
10V
10V
C17113
C17104
C17107
C17110
NC NC NC NC
24 24 24 24
GND GND GND GND
25 25 25 25
GND GND GND GND
26 26 26 26
GND GND GND GND
27 27 27 27
GND GND GND GND
28 28 28 28
C1-BOARD TNPA5094 (1/2)
GND GND GND GND
29 29 29 29
GND GND GND GND
13.31. C1-Board (1/2) Schematic Diagram
30 30 30 30
GND GND GND GND
31 31 31 31
DD4_2- DD3_2- DD2_2- DD1_2-
A2N A2N A2N A2N
32 32 32 32
DD4_2+ DD3_2+ DD2_2+ DD1_2+
A2P A2P A2P A2P
33 R17123 33 R17118 33 R17113 33 R17108
100 100 100 100
GND GND GND GND
34 34 34 34
DD4_1- DD3_1- DD2_1- DD1_1-
A1N A1N A1N A1N
3
35 35 35 35
DD4_1+ DD3_1+ DD2_1+ DD1_1+
A1P A1P A1P A1P
36 R17124 36 R17119 36 R17114 36 R17109
100 100 100 100
GND GND GND GND
37 37 37 37
DRVCLK2- DRVCLK2- DRVCLK1- DRVCLK1-
FXN FXN FXN FXN
38 38 38 38
DRVCLK2+ DRVCLK2+ DRVCLK1+ DRVCLK1+
FXP FXP FXP FXP
39 R17125 39 R17120 39 R17115 39 R17110
200 200 200 200
GND GND GND GND
40 40 40 40
TEST TEST TEST TEST
41 41 41 41
GND GND GND GND
42 42 42 42
GND GND GND GND
43 43 43 43
GND GND GND GND
44 44 44 44
GND GND GND GND
45 45 45 45
NC NC NC NC
0.33u
100V
0.33u
0.33u
100V
100V
C17111
C17105
C17101
VDD2 VDD2 VDD2 VDD2
47 47 47 47
VDD2 VDD2 VDD2 VDD2
48 48 48 48
VDD2 VDD2 VDD2 VDD2
49 49 49 49
NC NC NC NC
1
1
1
1
VDD2 VDD2 VDD2 VDD2
R17121
R17106
51 51 51 51
R17116
R17111
4
VDD2 VDD2 VDD2 VDD2
VDA
VDA
VDA
VDA
52 52 52 52
VDD2 VDD2 VDD2 VDD2
53 53 53 53
NC NC NC NC
DM DM DM DM
55 55 55 55
TERM
TERM
TERM
TERM
5
TO
TO
TO
TO
75
SIDE SIDE SIDE SIDE
DRIVER
DRIVER
DRIVER
DRIVER
DM DM DM DM
1 1 1 1
CB8
CB7
CB6
CB5
NC NC NC NC
PANEL DATA
PANEL DATA
PANEL DATA
PANEL DATA
VDD2 VDD2 VDD2 VDD2
3 3 3 3
VDD2 VDD2 VDD2 VDD2
4 4 4 4
VDD2 VDD2 VDD2 VDD2
5 5 5 5
NC NC NC NC
VDD2 VDD2 VDD2 VDD2
7 7 7 7
VDD2 VDD2 VDD2 VDD2
8 8 8 8
VDD2 VDD2 VDD2 VDD2
9 9 9 9
NC NC NC NC
0.33u
0.33u
0.33u
100V
100V
100V
C17124
C17115
C17121
GND GND GND GND
11 11 11 11
GND GND GND GND
12 12 12 12
GND GND GND GND
13 13 13 13
GND GND GND GND
14 14 14 14
GND GND GND GND
6
15 15 15 15
AB_LE2 AB_LE2 AB_LE2 AB_LE2
LEN LEN LEN LEN
16 16 16 16
GND GND GND GND
17 17 17 17
AB_ODE2 AB_ODE2 AB_ODE2 AB_ODE2
ODE ODE ODE ODE
18 18 18 18
AB_PC2 AB_PC2 AB_PC2 AB_PC2
BLK BLK BLK BLK
19 19 19 19
AB_CLR2 AB_CLR2 AB_CLR2 AB_CLR2
CLR CLR CLR CLR
20 20 20 20
VDD1 VDD1 VDD1 VDD1
21 21 21 21
VDD1 VDD1 VDD1 VDD1
22 22 22 22
C1_3.3V
C1_3.3V
C1_3.3V
C1_3.3V
OHZ OHZ OHZ OHZ
1u
1u
1u
1u
23 23 23 23
10V
10V
10V
10V
C17125
C17122
C17119
C17116
NC NC NC NC
24 24 24 24
GND GND GND GND
25 25 25 25
GND GND GND GND
26 26 26 26
GND GND GND GND
27 27 27 27
GND GND GND GND
28 28 28 28
GND GND GND GND
29 29 29 29
GND GND GND GND
30 30 30 30
GND GND GND GND
31 31 31 31
DD8_2- DD7_2- DD6_2- DD5_2-
7
A2N A2N A2N A2N
32 32 32 32
DD8_2+ DD7_2+ DD6_2+ DD5_2+
A2P A2P A2P A2P
33 R17143 33 R17138 33 R17133 33 R17128
100 100 100 100
GND GND GND GND
34 34 34 34
DD8_1- DD7_1- DD6_1- DD5_1-
A1N A1N A1N A1N
35 35 35 35
DD8_1+ DD7_1+ DD6_1+ DD5_1+
A1P A1P A1P A1P
36 R17144 36 R17139 36 R17134 36 R17129
100 100 100 100
GND GND GND GND
37 37 37 37
DRVCLK5- DRVCLK4- DRVCLK3- DRVCLK3-
FXN FXN FXN FXN
38 38 38 38
DRVCLK5+ DRVCLK4+ DRVCLK3+ DRVCLK3+
FXP FXP FXP FXP
39 R17145 39 R17140 39 R17135 39 R17130
100 100 200 200
GND GND GND GND
40 40 40 40
TEST TEST TEST TEST
41 41 41 41
GND GND GND GND
42 42 42 42
GND GND GND GND
43 43 43 43
GND GND GND GND
44 44 44 44
GND GND GND GND
45 45 45 45
NC NC NC NC
0.33u
100V
C17117
VDD2 VDD2 VDD2 VDD2
47 47 47 47
VDD2 VDD2 VDD2 VDD2
48 48 48 48
8
VDD2 VDD2 VDD2 VDD2
49 49 49 49
NC NC NC NC
1
1
1
VDD2 VDD2 VDD2 VDD2
R17126
51 51 51 51
R17141
R17136
R17131
VDD2 VDD2 VDD2 VDD2
VDA
VDA
VDA
VDA
52 52 52 52
VDD2 VDD2 VDD2 VDD2
53 53 53 53
NC NC NC NC
DM DM DM DM
55 55 55 55
TERM
TERM
TERM
TERM
9
2
1
2
1
!
10
11
1
C1-BOARD TNPA5094 (2/2)
AB_LE2
AB_LE1
AB_PC2
AB_PC1
13.32. C1-Board (2/2) Schematic Diagram
AB_CLR2
AB_CLR1
AB_ODE2
AB_ODE1
55
ZA17101
1
K4CD01000013
TERM
68
0.1u
GND
16V
C17103
12
67
R17104
R17105
GND
EXB38V470JV
EXB38V470JV
C1_3.3V
AA_LE_L 66
LE
AA_ODE_L 65
ODE
55
AA_PC1_L 64
PC1
AA_PC2_L 63
PC2
20
19
18
17
16
15
14
13
12
11
62
GND
1
Y1
Y2
Y3
Y4
Y5
Y6
Y7
Y8
G2
Vcc
AA_CLR_L 61
CLR
60
IC17101 GND
ZA17102
DD1_2- 59
K4CD01000013
C0JBAU000043 DD1_2-
DD1_2+ 58
DD1_2+
BUFFER
55
DD1_1- 57
DD1_1-
A1
A2
A3
A4
A5
A6
A7
A8
G1
DD1_1+ 56
1
2
3
4
5
6
7
8
9
GND 10
DD1_1+
55
GND
1
DRVCLK1- 54
DRVCLK1-
DRVCLK1+ 53
DRVCLK1+
R17103
52
GND
EXB38V681JV
DD2_2- 51
DD2_2-
13
55
DD2_2+ 50
DD2_2+
680
DD2_1-
R17146
49
R17153
DD2_1-
DD2_1+ 48
DD2_1+
1
47
GND
DD3_2- 46
DD3_2-
DD3_2+ 45
DD3_2+
100p
50V
DD3_1- 44
0
0
C17141
DD3_1-
R17151
R17152
55
DD3_1+ 43
DD3_1+
42
GND
ZA17103
DRVCLK2- 41
DRVCLK2-
1
K4CD01000013
DRVCLK2+ 40
AA_LE_L
AA_PC2_L
AA_PC1_L
AA_CLR_L
AA_ODE_L
DRVCLK2+
39
GND
DD4_2- 38
DD4_2-
DD4_2+ 37
DD4_2+
55
DD4_1- 36
DD4_1-
DD4_1+ 35
DD4_1+
34
14
GND
1
76
DD5_2- 33
DD5_2-
DD5_2+ 32
DD5_2+
DD5_1- 31
DD5_1-
DD5_1+ 30
DD5_1+
55
29
GND
DRVCLK3- 28
DRVCLK3-
ZA17104
DRVCLK3+ 27
K4CD01000013
DRVCLK3+
1
68
26
GND
DD6_2- 25
DD6_2-
DD6_2+
C11
24
DD6_2+
DD6_1- 23
1
20
C10
DD6_1-
55
DD6_1+ 22
1
DD6_1+
21
GND
DD7_2- 20
DD7_2-
DD7_2+ 19
DD7_2+
DD7_1- 18
DD7_1-
15
DD7_1+ 17
DD7_1+
16
GND
DRVCLK4- 15
DRVCLK4-
DRVCLK4+ 14
DRVCLK4+
13
GND
DD8_2- 12
DD8_2-
DD8_2+ 11
DD8_2+
DD8_1- 10
DD8_1-
DD8_1+ 9
DD8_1+
8
GND
C1_3.3V
DRVCLK5-
220k
7
R17147
DRVCLK5-
1k
DRVCLK5+ 6
VDA
DRVCLK5+
R17150
5
GND
4
5V_DET
NC
3
P3.3V
2
P3.3V
TERM
1
TO
P3.3V
16
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
SIDE
(C20)
C10
SIDE
NC
NC
NC
NC
C2-BOARD
0
Vdat
Vdat
Vdat
Vdat
Vdat
GND
GND
GND
GND
GND
GND
GND
GND
P3.3V
P3.3V
R17101
C11
P3.3V_DET
TO
C1_3.3V
(A31)
A-BOARD
17
18
F
A
E
D
C
!
1
2
C2-BOARD TNPA5095 (1/2)
VDA
VDA
VDA
VDA
VDA
NC
NC
NC
GND
GND
GND
GND
GND
GND
GND
GND
NC
P3.3V
P3.3V
P3.3V_DET
TO
9
8
7
6
5
4
3
2
1
20
19
18
17
16
15
14
13
12
11
10
SIDE
13.33. C2-Board (1/2) Schematic Diagram
(C10)
TERM
C20
C1-BOARD
TERM
5V_DET 68
P3.3V_DET
3
67
GND
DD9_2- 66
VDA
DD9_2-
C2_3.3V
DD9_2+ 65
DD9_2+
DD9_1- 64
DD9_1-
DD9_1+ 63
DD9_1+
62
GND
DRVCLK6- 61
DRVCLK6-
DRVCLK6+ 60
DRVCLK6+
59
GND
DD10_2- 58
DD10_2-
DD10_2+ 57
DD10_2+
DD10_1- 56
DD10_1-
DD10_1+ 55
DD10_1+
54
GND
DD11_2- 53
DD11_2-
DD11_2+ 52
DD11_2+
DD11_1- 51
4
DD11_1-
DD11_1+ 50
DD11_1+
49
GND
DRVCLK7- 48
DRVCLK7-
DRVCLK7+ 47
DRVCLK7+
AA_USL
AA_UML
AA_USH
AA_UEH
AA_UMH
46
GND
DD12_2- 45
DD12_2-
DD12_2+ 44
DD12_2+
DD12_1- 43
DD12_1-
DD12_1+ 42
DD12_1+
41
AA_LE_R
GND
AA_PC3_R
AA_PC4_R
AA_CLR_R
AA_ODE_R
DD13_2- 40
DD13_2-
0
0
DD13_2+ 39
DD13_2+
100p
50V
R17261
R17262
C17241
DD13_1- 38
DD13_1-
DD13_1+ 37
DD13_1+
0
36
GND
680
R17263
R17245
R17207
DRVCLK8- 35
DRVCLK8-
EXB38V681JV
5
DRVCLK8+ 34
DRVCLK8+
77
33
R17204
GND
EXB38V681JV
DD14_2- 32
DD14_2-
R17208
DD14_2+ 31
EXB38V681JV
DD14_2+
DD14_1- 30
DD14_1-
DD14_1+ 29
9
8
7
6
5
4
3
2
1
DD14_1+
9
8
7
6
5
4
3
2
1
A8
A7
A6
A5
A4
A3
A2
A1
G1
28
GND
A8
A7
A6
A5
A4
A3
A2
A1
G1
10 GND
10 GND
DD15_2- 27
DD15_2-
DD15_2+
IC17202 IC17201 26
DD15_2+
C0JBAU000043 DD15_1- 25
C0JBAZ002692 DD15_1-
BUFFER DD15_1+ 24
BUFFER DD15_1+
23
Y8
Y7
Y6
Y5
Y4
Y3
Y2
Y1
G2
Vcc
GND
Y8
Y7
Y6
Y5
Y4
Y3
Y2
Y1
Vcc
G2
11
12
13
14
15
16
17
18
19
20
DRVCLK9- 22
11
12
13
14
15
16
17
18
19
20
DRVCLK9-
DRVCLK9+ 21
DRVCLK9+
20
GND
AA_LE_R 19
LE
C2_3.3V
SS_5V
18
GND
6
0.1u
16V
0.1u
16V
C17202
AA_ODE_R 17
C17203
ODE
AA_PC3_R 16
PC3
R17203
R17202
AA_PC4_R 15
R17206
R17205
PC4
EXB38V470JV
EXB38V470JV
EXB38V470JV
EXB38V470JV
14
GND
AA_CLR_R 13
CLR
12
GND
AA_UMH 11
UMH
AA_UML 10
UML
AA_USH 9
USH
AB_LE3
AB_LE4
AB_CLR3
AB_CLR4
AB_PC3
AB_PC4
AB_ODE3
AB_ODE4
AA_USL 8
USL
AA_UEH 7
AB_USL
UEH
AB_UML
AB_USH
AB_UEH
AB_UMH
6
DRVSOS8
5
GND
4
NC
3
P3.3V
2
NC
1
7
P5V_SS
SIDE
0
R17260
C21
GND
SS_5V
SOS8_SS
TO
7
AB_UMH
(A32)
UMH
C2_3.3V
6
AB_UML
UML
A-BOARD
5
AB_USH
USH
4
AB_USL
USL
3
AB_UEH
UEH
2
P5V
1
SS_5V
C23
TO
(SS33)
8
SS-BOARD
GND
4
NC
3
VDA
2
VDA
1
220k
R17201
VDA
TO
(P35)
C25 P-BOARD
9
2
1
2
1
SIDE SIDE SIDE SIDE
TO
TO
TO
TO
DM DM DM DM
1 1 1 1
!
DRIVER
DRIVER
DRIVER
DRIVER
NC NC NC NC
10
CB9
VDD2 VDD2 VDD2 VDD2
CB12
CB11
CB10
3 3 3 3
PANEL DATA
PANEL DATA
PANEL DATA
PANEL DATA
VDD2 VDD2 VDD2 VDD2
4 4 4 4
VDD2 VDD2 VDD2 VDD2
5 5 5 5
NC NC NC NC
VDD2 VDD2 VDD2 VDD2
7 7 7 7
VDD2 VDD2 VDD2 VDD2
8 8 8 8
VDD2 VDD2 VDD2 VDD2
9 9 9 9
NC NC NC NC
0.33u
100V
C17205
GND GND GND GND
11 11 11 11
GND GND GND GND
12 12 12 12
GND GND GND GND
13 13 13 13
GND GND GND GND
14 14 14 14
GND GND GND GND
15 15 15 15
AB_LE3 AB_LE3 AB_LE3 AB_LE3
LEN LEN LEN LEN
16 16 16 16
GND GND GND GND
17 17 17 17
AB_ODE3 AB_ODE3 AB_ODE3 AB_ODE3
ODE ODE ODE ODE
18 18 18 18
AB_PC3 AB_PC3 AB_PC3 AB_PC3
11
BLK BLK BLK BLK
19 19 19 19
AB_CLR3 AB_CLR3 AB_CLR3 AB_CLR3
CLR CLR 20 CLR 20 CLR
20 20
VDD1 VDD1 VDD1 VDD1
21 21 21 21
VDD1 VDD1 VDD1 VDD1
22 22 22 22
C2_3.3V
C2_3.3V
C2_3.3V
C2_3.3V
OHZ OHZ OHZ OHZ
1u
1u
1u
1u
23 23 23 23
10V
10V
10V
10V
C17215
C17212
C17209
C17206
NC NC NC NC
24 24 24 24
GND GND GND GND
25 25 25 25
GND GND GND GND
26 26 26 26
GND GND GND GND
27 27 27 27
C2-BOARD TNPA5095 (2/2)
GND GND GND GND
28 28 28 28
GND GND GND GND
29 29 29 29
GND GND GND GND
13.34. C2-Board (2/2) Schematic Diagram
30 30 30 30
GND GND GND GND
31 31 31 31
DD12_2- DD11_2- DD10_2- DD9_2-
A2N A2N A2N A2N
32 32 32 32
DD12_2+ DD11_2+ DD10_2+ DD9_2+
A2P A2P A2P A2P
33 R17227 33 R17222 33 R17217 33 R17212
100 100 100 100
GND GND GND GND
34 34 34 34
DD12_1- DD11_1- DD10_1- DD9_1-
A1N A1N A1N A1N
35 35 35 35
12
DD12_1+ DD11_1+ DD10_1+ DD9_1+
A1P A1P A1P A1P
36 R17228 36 R17223 36 R17218 36 R17213
100 100 100 100
GND GND GND GND
37 37 37 37
DRVCLK7- DRVCLK7- DRVCLK6- DRVCLK6-
FXN FXN FXN FXN
38 38 38 38
DRVCLK7+ DRVCLK7+ DRVCLK6+ DRVCLK6+
FXP FXP FXP FXP
39 R17229 39 R17224 39 R17219 39 R17214
200 200 200 200
GND GND GND GND
40 40 40 40
TEST TEST TEST TEST
41 41 41 41
GND GND GND GND
42 42 42 42
GND GND GND GND
43 43 43 43
GND GND GND GND
44 44 44 44
GND GND GND GND
45 45 45 45
NC NC NC NC
0.33u
0.33u
0.33u
100V
100V
100V
C17213
C17207
C17210
VDD2 VDD2 VDD2 VDD2
47 47 47 47
VDD2 VDD2 VDD2 VDD2
48 48 48 48
VDD2 VDD2 VDD2 VDD2
49 49 49 49
NC NC NC NC
1
1
1
1
VDD2 VDD2 VDD2 VDD2
R17225
R17215
R17210
51 51 51 51
R17220
VDD2 VDD2 VDD2 VDD2
13
VDA
VDA
VDA
VDA
52 52 52 52
VDD2 VDD2 VDD2 VDD2
53 53 53 53
NC NC NC NC
DM DM DM DM
55 55 55 55
TERM
TERM
TERM
TERM
14
78
TO
SIDE SIDE SIDE
TO
TO
DM DM DM
1 1 1
DRIVER
DRIVER
DRIVER
NC NC NC
CB15
CB14
CB13
VDD2 VDD2 VDD2
PANEL DATA
3 3 3
PANEL DATA
PANEL DATA
VDD2 VDD2 VDD2
4 4 4
VDD2 VDD2 VDD2
5 5 5
NC NC NC
VDD2 VDD2 VDD2
7 7 7
1
68
C20
VDD2 VDD2 VDD2
8 8 8
1
20
VDD2 VDD2 VDD2
9 9 9
NC NC NC
0.33u
0.33u
100V
100V
C21
C17223
C17217
GND GND GND
11 11 11
GND GND GND
55
12 12 12
1
15
GND GND GND
13 13 13
GND GND GND
ZA17201
14 14 14
K4CD01000013
1
GND GND GND
15 15 15
AB_LE4 AB_LE4 AB_LE4
LEN LEN LEN
16 16 16
GND GND GND
17 17 17
AB_ODE4 AB_ODE4 AB_ODE4
ODE ODE ODE
18 18 18
AB_PC4 AB_PC4 AB_PC4
BLK BLK BLK
55
19 19 19
AB_CLR4 AB_CLR4 AB_CLR4
CLR CLR CLR
20 20 20
VDD1 VDD1 VDD1
21 21 21
ZA17202
VDD1 VDD1 VDD1
K4CD01000013
22 22 22
C2_3.3V
C2_3.3V
C2_3.3V
OHZ OHZ OHZ
1u
1u
1u
23 23 23
10V
10V
10V
C17224
C17221
C17218
NC NC NC
24 24 24
GND GND GND
25 25 25
GND GND GND
55
26 26 26
GND GND GND
27 27 27
GND GND GND
28 28 28
1
GND GND GND
29 29 29
16
GND GND GND
30 30 30
GND GND GND
31 31 31
DD15_2- DD14_2- DD13_2-
A2N A2N A2N
32 32 32
DD15_2+ DD14_2+ DD13_2+
A2P A2P A2P
55
33 R17242 33 R17237 33 R17232
100 100 100
GND GND GND
34 34 34
DD15_1- DD14_1- DD13_1-
A1N A1N A1N
35 35 35
DD15_1+ DD14_1+ DD13_1+
1
A1P A1P A1P
36 R17243 36 R17238 36 R17233
100 100 100
GND GND GND
37 37 37
DRVCLK9- DRVCLK8- DRVCLK8-
FXN FXN FXN
38 38 38
ZA17204
DRVCLK9+ DRVCLK8+ DRVCLK8+
K4CD01000013
FXP FXP FXP
39 R17244 39 R17239 39 R17234
100 200 200
GND GND GND
55
40 40 40
TEST TEST TEST
41 41 41
ZA17203
GND GND GND
42 42 42
K4CD01000013
1
GND GND GND
43 43 43
GND GND GND
44 44 44
GND GND GND
45 45 45
NC NC NC
17
0.33u
100V
C17219
VDD2 VDD2 VDD2
55
47 47 47
VDD2 VDD2 VDD2
48 48 48
8
VDD2 VDD2 VDD2
49 49 49
1
NC NC NC
1
1
1
VDD2 VDD2 VDD2
R17235
R17230
51 51 51
R17240
VDD2 VDD2 VDD2
VDA
VDA
VDA
52 52 52
4
VDD2 VDD2 VDD2
53 53 53
150
NC NC NC
55
R17247
1
DM DM DM
55 55 55
TERM
TERM
TERM
18
13.35. SC-Board (1/4) Schematic Diagram
Vsus
1
! SC-BOARD TXNSC11NEK (1/4)
A
TO
P-BOARD
(P2)
SC2 TP1 TP2
1 VSUS
Vsus
+
*C16412 *C16416 *C16419 C16418
3 TPVSUS 220V 220V 250V 250V
GND
250u 250u 1.5u 1.5u
TP4 TP5
TO
A-BOARD
(A20)
SC20
IC16561
C0JBAU000043 5V
TP16 TP17
TERM
BUFFER
35 P5V
P5V
TP18 C16561
34 SIU R16580
SIU 10V C16562
R16561 5.6k 10u 16V
TP36 1 G1 20
33 CLK Vcc 1u
CLK EXB38V470JV
2 A1 19
GND 32 TP46
TP24 G2
TP19 3 18 AA_SIU
A2
31 CERS Y1
CERS
TP38 4 17 AA_CLK
A3
30 Y2
CRC2
5 16 AA_CERS
R16565 A4
29 Y3
GND EXB38V472JV
TP21 R16562 6 15 AA_SEL
A5
28 OC2
C OC2
CRC1
27
TP22
CRC1
EXB38V470JV
7 A6
Y4
Y5
14 AA_OC2
R16476 D16480
B0ACCJ000048
SOS7_SC2
4.7k
TP70 8 A7 13
26 SC_FPGANRST Y6
SC_FPGANRST
TP52 9 A8 12 AA_SC_FPGANRST
25 OC1 Y7
OC1
10 GND 11 AA_OC1
24 R16566
Y8
GND EXB38V472JV
TP15 MAIN_STOP0
23
CPH1 C16565
50V TPSOS6
TP37 0.01u
22
CIS
TP23 TP71
21
SOS6
C16566
TP20 TP72
20 50V
SOS7 0.01u
R16590 TPSOS7
19 220
GND 1 G1 20
R16563
TP14 Vcc
18 EXB38V470JV
UHZ 2 19
A1
G2
17 Reserve
GND 3 18 AA_CIS C16593
A2 50V
TP39 Y1
16 CEL 1000p
CEL 4 A3 17 AA_CEL
Y2
15
GND 5 A4 16 AA_CSH
TP40 R16568 Y3
CSH 14 CSH EXB38V472JV
TP25 6 15 AA_CSL
A5
Y4
13 TP3
GND 7 14 AA_CPH1
A6
TP11 R16564 Y5
12 CSL
CSL EXB38V470JV 8 13 AA_CMH
A7
D GND
11
10
TP26
CPH1
CMH
9 A8
Y6
Y7
12 AA_CML
CMH 10 GND 11 AA_CML2
TP10 Y8
9 CML
CML
R16591
8 R16567
EXB38V472JV
NC
7
EXB38V472JV
IC16562 R16588
IC16581 MID
P15V
C0JBAU000043 10k
2
6
C0BBBA000024
P15V
BUFFER ERROR DET
D16583
B3ABB0000210
5
NC (GREEN LED)
TP99 15V
4
SEL2
TP88
3 SEL
SEL C16564
TP89 16V 1 8
1u A_OUTPUT R16582
2 VCC
CRC3 39k
R16587
TP97 2.2k C16581
1 R16585
Reserve 2 A_-INPUT 7 25V
1k 1u
B_OUTPUT R16583
SIDE 39k
3 A_+INPUT 6
B_-INPUT
R16579 D16822 C16582
R16584
EXB38V470JV B0ADCJ000100 16V
6.8k
4 GND 5 1u
B_+INPUT
SEL2
AA_SOS6
CRC2
R16586
CRC3 2.15k
E 15V
TP98
5V 14
VCC
1A 1
R16593
1.4k
13 1Y 2 AA_CRC2
+
C16791
25V
D16790
R16570
6A VOLTAGE ERROR DET
B0JCME000093
220u EXB38V472JV OPERATES AT 151V OR MORE
12 2A 3
AND 60V OR LESS
6Y
TP101
11 AA_CRC3
2Y 4
TP8 TP9 TP6 TP7 TP82 5A
10 AA_UHZ
3A 5
5Y
9 3Y 6
TP105 TP106 TP107 TP108 TP109 TP110 TP111 TP112 TP113 TP114 4A
8 GND 7
TP115 TP116 TP117 TP118 TP119 TP120 TP121 TP122 TP123 TP124 4Y
IC16563
C0JBAB000916
TP28 TP29 TP30 TP31 TP32 TP33 TP34 TP35
INVERTER
F
AA_CRC1
1 2 3 4 5 6 7 8 9
79
13.36. SC-Board (2/4) Schematic Diagram
Vsus
1 11
16V_F
12
! SC-BOARD TXNSC11NEK (2/4) IC16771
C0CBADC00072 *D16401
DA3DF50ACSLW
Vad+5V
Vad+5V 1 VIN 3 16V_F
VOUT *D16402
+
C16771 C16796 DA3DF50ACSLW
16V R16534
COM 25V
1u 5.6
470u
2
D16534 D16536 Q16501
B0ECHR000001 B0ECHR000001 B1HFPFA00001
NC C16401
9 HO 8 630V
R16503
R16504 10 5600p
75
NC
10 VB 7 R16512
+
C16502 C16503 47k
25V 25V *Q16402
DG3D5020CSLW
PC16461 VCC
VS
4.7u 470u
PS9856-2-F3-AX C16534 C16501 11 6
25V 25V
1u 1u R16402
AA_CMH 1 8 HIN 7.5
12 NC 5
R16416 R16417
10k R16411 100
AA_CML2 270
2 7
13
NC
NC 4
*Q16403
D16411 DG3D5020CSLW
B0ACCJ000048
3 6 LIN
14 VCC2 3 C16522 C16504 R16403
+
R16410 R16418 R16523 C16523 7.5
390 25V 25V
100 4.7u 75 25V
4.7u
AA_CSH 4 5 470u
GND
15 VCOM 2
NC
16 LO 1
IC16501
C0ZBZ0001708 D16522
D1FK60-5073
D16503
B0ECHR000001
FET DRIVER
CSH/CMH GATE
Q16531 DRIVE CIRCUIT
*Q16441 B1HFPFA00001 VAD
B1JAEP000013
R16441 13
C16441
50V 5.6
R16533
3900p
47k R16531
C16524
10
25V
4.7u
MIDF
VFG
14
Vsus
C16471
630V
1000p
*L16401
G0CR41K00001 VOL
VRH VFG 15
*C16461
TP90 TP91 1000p
630V
*D16462 Vad+5V Vad+5V
B0FACP000003 16
MID
*C16632 *C16633
250V 250V
4u 4u
*C16481
630V
1000p
MID TP92 TP93 *L16411
2 G0CR41K00001
VRL
R16506 Q16521
R16468 10 B1HFPFA00001
C16491 82k 15V *Q16421
*D16482 630V DG3D4020CSRP
B0FACP000003 1000p C16421
630V
5600p
R16467 R16421
82k 7.5
R16509
1 *Q16422
R16517 DG3D4020CSRP
47k
R16466
56k
D16523
R16422
*Q16452 B0ECHR000001 7.5
MIDC B1JAEP000012
R16452 D16466
5.6 B0ACCJ000048
C16452
R16465
50V NC
27k
3900p 9 HO 8
Q16551
B1HFPFA00001 NC
10 VB 7
C16525
25V
15V 4.7u
VCC
11 VS 6
R16521
D16451 100
AA_CSL HIN
B0ECKP000055
R16553 R16551 12 NC 5
47k 10 C16521
25V
1u
NC
NC
*D16421
13 4
B0FACP000006
AA_CML LIN
14 VCC2 3
R16522 C16505
25V
100 1u
GND
15 VCOM 2
NC
16 LO 1
IC16521
C0ZBZ0001708
FET DRIVER
CSL/CML GATE
DRIVE CIRCUIT
VAD
17
3 18
10 11 12 13 14 15 16 17 18
80
13.37. SC-Board (3/4) Schematic Diagram
21
Vsus
11
16V_F 16V_F
12
! SC-BOARD TXNSC11NEK (3/4)
15V
AA_CERS
4
1
R16604
330
AA_CPH1
PC16603 C16602
50V
R16633 R16765 Vsus
B3PBA0000498 22p 22k 10 22
3
5V
Q16607
SEPA PROTECT B1CBGD000001
CIRCUIT D16497
R16631 B0ECKP000055
C16490
16V 10k
1u
R16494
2k
R16498 PC16684
10k
R16495 B3PBA0000496 D16765 C16603 C16604 R16609
D16618 *C16417
+
750 630V 630V 2k
B0ECKP000055 B0ECKP000055 220V
1 6 1000p 1000p
250u
TP67 TP68 F2A2T251A004
OUTPUT
Q16490
+INPUT
R16601
B1CBGD000001 2 5 1
4
3 4
R16496
CATHODE
REFERENCE
47 Q16606
GND
C16684 C16755 C16756
IC16490
2 ANODE
50V 25V 25V
2 D16604 DSC2001Q0L
3 4 0.1u 4.7u 4.7u VOL
B0ADCJ000100
1 NC
-INPUT
C0DBZMC00006
VCC
R16615
1 5 R16684 1.1k
220 D
SHUNT REG Q16602
DSC2001Q0L
R16607 *Q16601
IC16491 SEPA PROTECT
6.98k
G S
B1CERR000042
R16612
C0BBAA000008 D16490 R16634
D16605 D16610 47
B0ECKP000055 470
DZ2J051L0L B0ACCJ000048
R16492 R16491 R16490 C16608 R16610 D16607 R16617
D16492 R16493 D16491 R16605 50V
120k 120k 120k 100k B0ACCJ000048 2.2k
DZ2J047M0L 6.19k B0ECKP000055 1.8k 220p
D16602 Q16603
DZ2J150M0L DSA2001S0L
13
R16769
AA_CIS 1 6 75
Q16762
2 5 B1HFPFA00001
R16761 R16622
C16685 C16753 D16407 R16621
R16685 10 220
50V 25V B0JCME000093 220
220 3 4 0.1u 4.7u
R16681 R16682
10 10
R16763
PC16685 TP103 47k
B3PBA0000496
VFG
14
Q16622
C16641 Q16621 B1JADN000009 C16642 D16641 D16642
630V 630V
B1JADN000009 B0FBCN000006 B0FBCN000006 VSCN_F
2200p 5600p
TP104 23
VOL VOL
15
VFG
15V D16422 24
B0FACP000005
R16667 R16648
Vad+5V Vad+5V 2k 2k
C16646
16 R16645 D16654 630V D16646
B0ACCJ000048 1000p DZ2J150M0L
R16891
R16655
10k
IC16691 5.6k
R16668 D16647 R16651
C16645 D16645
C0JBAC000363 2k DZ2J150M0L 2k
69.8k
IC16661 16V_F
Q16645
630V
1000p
DZ2J150M0L
NAND GATE R16646 D16652
R16892
C0BBBA000024 R16686 R16900
C16891 R16656
4.7k
DSC2001Q0L 1.18k B0ECKP000055
25V
82.5k 10k 10k
VCC
1u Q16660
IN_B
1 5
COMPARATOR R16653
Q16649 D16648 D16650 B1CERR000042
C16692 D16651 1.8k B0ACCJ000048
B1ABCN000007 DZ2J051L0L
D16653
IN_A
2 50V DZ2J051M0L
+
R16893 C16691
82.5k B0ACCJ000048 0.1u
1 A_OUTPUT 8 R16649 160V
VCC 100u
GND
33
OUT
R16897 R16652 3 4 Q16647
1k 8.2k B1CBGD000001 Q16646 R16650 D16649
R16654 DSA2001S0L 100k B0ACCJ000048
2 A_-INPUT 7
47
B_OUTPUT
R16901
4.7k
3 A_+INPUT 6
D16902
B_-INPUT D16901
B0ACCJ000048
D16678 B0ADCJ000100
DZ2J15000L R16898 C16664 C16665 C16666
4 GND 5 1.05k R16677 50V 50V 50V R16664
B_+INPUT 2k 82p 82p 82p 2k
Q16608
C16661 C16662
B1CBGD000001
R16658 630V 630V
5V R16904 6.34k 1000p 1000p
22k
R16899
2.74k R16678 D16663 D16664 R16674
D16662
2k DZ2J150M0L DZ2J150M0L 2k
DZ2J150M0L
R16923
10k
D16493
R16921 R16920 Q16662 R16663 R16659 R16687 Q16677
1.24k 10k D16478 DSC2001Q0L 7.15k 0 27k DSC2001Q0L
B0ADCJ000100
D16920 1 A_OUTPUT 8 B0ACCJ000048
B0ADCJ000100 VCC R16801 R16662
AA_UHZ 22k 10k
R16804
1.1k Q16678
2 A_-INPUT 7 R16661 R16688
B1ABCF000231
B_OUTPUT 1.2k R16679 8.87k D16677
R16497 Q16801
C16675 10.7k
47k DSA2001S0L 50V B0ADEJ000035
390p
3 A_+INPUT 6 Q16810
B_-INPUT
B1ABCF000231
R16680 D16671 Q16668
4.7k DSC2001Q0L
R16922 4 NC 1 B0ACCJ000048
D16494
B0ADCJ000100
3.48k
4 GND 5 D16477
REFERENCE Q16661
B_+INPUT R16746 DZ2J047L0L B1JAER000010
R16926 3 ANODE 2
47k
2.2k CATHODE
Q16920
R16665 D16673 D16674
B1ABCN000007 Q16663
IC16920 R16802
30.9k
R16745
470k
R16742
47k IC16692 DSA2001S0L C16668 R16666 R16660
33 B0ECHR000001 B0ECHR000001
50V
C0BBBA000024 22k 2.2k
C0DBZYY00352 SHUNT REG 220p
R16927 COMPARATOR
22k VAD
25
Q16921 16V_F
B1ABCN000007 26
R16747
2.2k
R16928
4.7k Vad+5V
D16669
B0ACCJ000048
C16707
50V R16717 R16673
22p 1k 4.7k
AA_CEL
Q16701
R16707 B1ADCN000007
3.9k
16V_F
D16702
B0ACCJ000048
R16690 R16675
4.7k 4.7k
VCC
1 5
NC
Q16818 R16699
B1CBGD000001 Q16670 Q16675 10k
IN_A
2
Q16702 C16708 B1ADCN000007 B1ADCN000007
50V R16776
B1ABCF000231
OUT_Y
0.1u
GND
3 4 47
R16691 R16694
C16773 56k 56k
25V
R16711
4.7k
R16712
1k IC16773 1u
R16692 Q16671 R16695
C0JBAB000715 1.5k 1.5k Q16676
B1ABCF000231 B1ABCF000231
INVERTER
VAD VAD
17
AA_CRC1
AA_CRC2
18 27
19 20 21 22 23 24 25 26 27
81
13.38. SC-Board (4/4) Schematic Diagram
21
AA_SOS6
! SC-BOARD TXNSC11NEK (4/4) 15V
5V
R16752
4.7k SOS7_SC2
D16820 TP45
R16719
*
R16774 R16751 B0ACCJ000048 22
27k AA_SEL
TP125 150k
9 TP41
Q16876
8
B1ABCF000231
D16821 R16783 AA_SIU
DZ2J330M0L 150k 7 TP42
D16871
AA_OC2
DZ2J240M0L
6 AA_CLK
D16875 TP43 AA_OC1
B0ACCJ000048 5
Vsus D16872 R16721
22 4
DZ2J200M0L EXB38V220JV
TP44
R16755 R16750 R16756 3
12k 12k 12k
D16874 R16753
TP95 DZ2J051M0L 47k 2
VSCN
1
R16825
IC16784 150k
IC16786
D16719
MIP3910MSSCF B0ECKP000055
MIP3910MSSCF D16720 SC46
B0ECKP000055
VAD GEN. VSCN GEN. TO
SM-BOARD
(SM46)
DRAIN DRAIN
4 LS 5 4 LS 5
L16698 TPVSCN
R16938 G0C681MA0065
180k
3 FB 3 FB
R16845 R16822
66.5k 82k R16870
SOURCE SOURCE R16831
*
68k
2 1 2 NC 7 R16838 2 NC 7
PC16896 100k PC16722 68.1k
B3PBA0000498
B3PBA0000498
SOURCE R16846 R16785 R16823 SOURCE R16860
3 4 VDD 64.9k 107k 82k VDD
1 8 PC16897 R16841
1 8
R16772 C16864
8.2
1
C16859
4
4.7k D16710 4.7k D16712
B3PBA0000498 50V 50V
DZ2J15000L 0.1u DZ2J15000L
C16856 0.1u
Q16816 10V R16837
R16849 R16786 R16937
Q16817 9
1k
1
DSC2001Q0L 5V_F
4
1u 107k DSC2001Q0L R16829 R16832
3
64.9k 180k
+
R16843 1k 71.5k C16842 8
1
4
1k C16854 160V D16859
D16824 B0HCKS000002
C16858 C16857 50V
DZ2J330M0L
C16860 C16862 C16861 PC16723 R16773
C16863
100u 7
+
3
0.1u 16V 1k
2
10V 16V C16813 10V 10V B3PBA0000498 R16851 50V
R16789 C16843 C16844
0.1u 220V 1u 1u 0.1u 0.1u
1u R16826
3
10k 470k 6
2
50V R16852 220u 50V
0.1u 10k
470k 0.1u
Q16815 5
D16825 B1ABCN000007
R16873
DZ2J330M0L 2.4k
3
4
4
CATHODE
CATHODE
REFERENCE
REFERENCE
IC16787
2 ANODE
2 ANODE
3
D16711 R16844 R16787 R16824 D16713
C0DBZYY00352
1 NC
1 NC
B0ECHR000001 2.4k 33k 33k B0ECHR000001 2
R16696
TP94 2.2
SHUNT REG 1
VAD
IC16785 TPSC1 SC41
L16472
TPVAD G0ZZ00002183 C0DBZYY00352 TO
L16851
TP96 SM-BOARD
SHUNT REG
VSCN_F VSCN_F (SM41) ZA16401
23
K4CD01000011
ZA16411
VFG VFG TUXJ490
24
TUX2AX0981
TUXJ559
*C16460
630V TP59
SC41
2200p
TP60
TP61 ZA16407
K4CD01000011
TP62
ZA16412
TUXJ490
Q16931
B1ABCN000007 *C16902
630V
3300p
ZA16402
C16794
K4CD01000011
10V
10u
T16471
SC46
ZA16404
G4DYA0000200 K4CD01000011
R16932
10 P1 NC 1 22k ZA16421
TUXJ490
Q16885 R16930 R16931 TP57 TP58
B1CFNG000001 2.7 2.7
8 PT S2 3
D16728
SC42
S1 4
B0ECKP000055
6 P2 NC 5
Vfo
R16827 R16933
2.2k Q16930 10k
ZA16422
DSC2001Q0L
+
C16795 TUXJ490
25V
*C16903
470u
+
C16793 Q16932 630V ZA16403
25V DSC2001Q0L 1500p K4CD01000011
R16936
220u
2.2k
R16935
D16893 5.1k R16934
DZ2J056H0L 6.8k
CHA
FOR
SC50 FACTORY
1
TP51
VAD
USE
VAD
25
SCNR_PRO
TP78 TP79
16V_F 16V_F 9
26
8
TP80 TP81
*R16819 7
5V_F
150k
6
15V_F
*C16797 5 5V_F
*R16820 50V
150k 0.1u 4
5V
R16475
4.7k *D16792 *R16798 3
2.2k
B0ACCJ000048
-INPUT
2
VCC
D16474 1 5
R16473
B0ACCJ000048
AA_SC_FPGANRST 560 1
SCNR_PRO
GND
R16471 D16791
IC16724 *R16818
33k
2 *R16799
1k
OUTPUT
MAIN_STOP0
C0CBADE00049
+INPUT
3.9k DZ2J200M0L
3 4
R16474
5V_F
SC42
D16473
1k 5V_F *R16797
1
4
R16791 R16478
PC16480
B0ACCJ000048
1k 5.6k 22 TO
D16721
SM-BOARD
B3PBA0000498 = CHA 3 OUT 1
B0ECHR000001
*IC16792 (SM42)
3
D16476
Q16471
3
IN
2
C0BBAA000008
CATHODE
CATHODE
B0ACCJ000048
REFERENCE
REFERENCE
R16929
2 ANODE
2 ANODE
B1ABCF000231 1
R16472
COMMON
2.2k D16475 COMPARATOR
1 NC
1 NC
+
DZ2J051M0L C16724 2 C16723 C16721
C16472 25V 25V 50V
R16479 *R16919
25V
10k 4.7u 1u 82u
7.5k
VHIZ GEN.
1u
VFG
IC16471 *IC16793
C0DBEYY00114 C0DBZMC00006
SHUNT REG
SHUNT REG
27
28 29 30 31 32 33 34 35 36
82
13.39. SS-Board (1/2) Schematic Diagram
! SS-BOARD TXNSS11NEK (1/2)
A
1
R16031
82k
R16032 *Q16001
82k B1JADN000009
*C16001
630V
R16001 2700p
R16033 7.5
56k Q16141
B1HFPFA00001
R16141 *Q16002
10 B1JADN000009
D16032
C16002
B0ACCJ000048 R16034
630V
27k
R16002 5600p
TO 7.5
R16143
P-BOARD 47k
(P11)
SS11
*C16202 *C16203
VSUS 250V 250V
TP1 TP2 4u 4u
1
VSUS
+
*C16012 *C16013 *C16014
3 TPVSUS 220V 220V 250V
GND 1.5u Q16055
250u 250u R16171
10 B1HFPFA00001
15V
4 *Q16041
B1JAEN000010
R16041
5.6
C16071
630V
R16173 C16041 1000p
50V
47k 3900p
*D16041 TP38 TP39
TP5 TP6 TP7 TP8 B0FACP000004 *L16001
D16151 G0CR39K00002
R16155
1 B0ECKP000055
*C16072
630V
1000p
+
C16104 C16105 C16271
25V 25V 25V
47p 47p 220u
TP9 TP10
*D16002 *D16001
B0FBCN000005 B0FBCN000005
NC
9 HO 8
R16154
75
NC
10 VB 7
C16152 C16153
25V 25V
VCC 4.7u 4.7u
11 VS 6
2
AA_USH D16152
C R16151
100
C16151
12
HIN
NC 5 B0ECKP000055
R16159
1
25V NC
13 NC 4 D16153
1u
B0ECKP000055
AA_USL LIN NC
14 VCC2 3 9 HO 8
R16152
D16131
100 R16134 R16137
75 B0ECKP000055 1
C16154
GND 25V NC
15 VCOM 2 4.7u 10 VB 7
C16131 C16133
25V 25V
4.7u 4.7u
NC NC
16 LO 1 11 VS 6
AA_UMH
HIN *Q16021
IC16151 R16131
100
12 NC 5
B1JADN000008
C0ZBZ0001708 NC
13 NC 4
FET DRIVER R16021
7.5
Q16056 AA_UML
LIN
ENERGY B1HFPFA00001
R16132
14 VCC 3
RECOVERY *Q16051 100
C16135
25V
R16181 B1JAEN000011 1u
10 GND
15 GND 2 *Q16022
Q16161 B1JADN000008
R16051 B1HFPFA00001
5.6 NC *C16022
R16183 16 LO 1 630V
47k R16161
10 R16022 5600p
VSUS
7.5
D IC16131
C0ZBZ0001707 R16163
47k
*D16051 *C16091
630V FET DRIVER
B0FBCN000007
1000p
TP40 TP41 *L16011
G0CR39K00002 VSUS Gen.
TO DRIVER
C2-BOARD C16092
630V
(C23) TP13 TP14 1000p
SS33 5V
C16242 C16244
1 20 16V 10V
G1
1 Vcc 1u 10u
P5V R16241
D16050
TP16 EXB38V470JV 2 A1 19
2 B0ECKP000055
UEH G2
TP17 3 A2 18 AA_UEH
3 Y1
USL
TP18 4 A3 17
4 Y2
USH
TP19 5 A4 16 AA_USL
5 *D16022 *D16021
UML Y3
B0FCCN000003 B0FCCN000003
6 15 AA_USH
R16242 A5
6 Y4
UMH EXB38V472JV
7 14 AA_UML
A6
7 Y5
SOS8_SS TP20
8 A7 13
8 Y6
GND R16230
R16231 9 A8 12 AA_UMH
47
E 4.7k
10 GND
Y7
Y8
11 3
C16252
25V
1u
IC16241 4
C0JBAU000043
AA_SOS8
BUFFER
TP33 TP34 TP21 TP22
R16280 R16257
2.2k AA_SOS8 27k
D16253
B3ABB0000210
R16258 (GREEN LED)
C16243
D16281 10k
50V 1 A_OUTPUT 8
DZ2J051M0L
0.01u
TPSOS8 Q16251 VCC
R16252
B1ABCF000231
39k
D16255
2 A_-INPUT 7
B0ACCJ000048 B_OUTPUT R16255
R16260 1.2k
2.2k
R16253
3 A_+INPUT 6 39k
B_-INPUT
-
4 GND 5
B_+INPUT
C16251 R16254
16V
6.8k
1u
IC16251
C0BBBA000024 R16256
1.5k
F ERROR DET
R16251
1.4k
1 2 3 4 5 6 7 8 9
83
13.40. SS-Board (2/2) and SS2-Board Schematic Diagram
! SS-BOARD TXNSS11NEK (2/2)
FPC protector D16286
B0ACCJ000048
TP54
R16288
C16285
50V 330k
0.1u
*SS61
D16285 TP51 SIDE
B0ADEJ000035 ZA16002
K4CD01000011
R16289 1
C16286
50V 330k
0.1u 2
TP56 3
C16280 R16290
25V 330k
R16281 4
1u 10k R16284
220k
C16287 5
D16282 50V
R16285
DZ2J068M0L 0.1u
EXB38V623JV 6
Q16280
TP36 B1ABCF000231 ZA16003
D16280 R16282 7
B0ACCJ000048 220 PANEL K4CD01000011
AA_SOS8 R16283 8
SUSTAIN
47k ELECTRODE
9
10
11
12
TERM
13
ZA16001
TP43 K4CD01000011
*C16101
630V
2200p
TPSS1
TP29 TP30 TP31
R16195 D16191 R16193
1 B0ECKP000055 75
*SS64 TP24 TP25 TP26 TP27 TP28
SIDE
Q16101 1
R16109 B1CFRM000008
D
PC16191 10 R16101
220
2
B3PBA0000496
S
G 3
AA_UEH 1 6
4
D16101 R16103
R16116
+
B0JCME000093
R16192 2 5 C16192
25V
C16191
25V
D16196 C16193
25V
Q16191 47k
10 5
10k DZ2J200M0L B1HFPFA00001
0.1u 4.7u 47u
6
R16104
10
AA_UML 3 4 7 PANEL
D16192 R16191 SUSTAIN
B0ACCJ000048 150 8 ELECTRODE
Q16102 9
R16102 B1CFRM000008
C16195 220 G 10
25V S
1u
11
D R16105
470k 12
TERM
13
L16303
D16317 G0C471MA0049 TP42 *R16309
B0ECKP000055 33k
*
TPVe
+
C16331 C16328
250V 160V
1u 220u
+
*C16314
220V
250u
SS58
D16316
! SIDE
B0ECKP000055 SS21 SS24
1
3
IC16304
1
2
1
2
SS2-BOARD 3
R16330
MIP3900MSSCF
VE GEN.
R16320
68k *R16307
64.9k
3 3 TNPA4802 4
5
4 1k
4 4
6
DRAIN
R16334
4.7k
*R16318
68k
5 5 PANEL
4 LS 5 7 SUSTAIN
C16318
50V
D16315 6 6 ELECTRODE
DZ2J150M0L 8
0.1u
1
4
3 FB 7 7
C16316 =
9
16V PC16301
B3PBA0000498 R16335
0.1u SOURCE 1k 10
CL
3
2 7
2
C16317 R16332
10V
470k 11
1u
SOURCE
1 VDD 8 C16319 12
50V
0.1u
TERM
13
C16315
3
10V
CATHODE
1u
REFERENCE
IC16312
2 ANODE
R16319
2.49k
C0DBZMC00006
1 NC
SHUNT REG.
10 11 12 13 14 15 16 17 18
84
14 Printed Circuit Board
14.1. P-Board
P-BOARD (FOIL SIDE)
LSEP1290EEHB
6
A B C D E F G H I
85
P
Parts Location Parts Location
P-BOARD (FOIL SIDE) P-BOARD (COMPONENT SIDE)
IC TRANSISTOR VOLUME IC TRANSISTOR VOLUME
IC100 F-3 Q100 E-2 R141 F-3 IC201 D-2 Q103 C-3 R141 D-2
IC200 G-2 Q101 F-3 R923 B-3 IC400 E-3 Q104 C-3 R923 H-3
IC201 E-2 Q103 G-3 VR251 D-5 Q302 E-5 VR251 F-5
IC202 F-1 Q104 G-3 Q303 E-4
IC400 E-3 Q300 E-4 TEST POINT Q901 G-4 TEST POINT
IC401 D-2 Q301 E-4
TP700 F-5 TP700 D-5
IC500 E-1 Q302 E-5
TP900 B-4 TP900 H-4
IC600 E-1 Q303 E-4
IC601 E-2 Q400 E-3
IC602 D-2 Q401 E-3
IC603 D-1 Q402 E-3
IC700 D-5 Q505 C-1
IC701 C-6 Q600 H-5
IC800 D-2 Q601 C-2
IC901 C-3 Q602 H-5
IC902 C-3 Q609 H-5
IC903 C-3 Q701 D-5
IC904 C-3 Q703 D-5
Q705 D-6
Q706 D-6
Q707 D-6
Q708 C-6
Q709 D-5
Q710 D-5
Q711 D-5
Q712 C-5
Q713 C-5
Q714 D-6
Q715 C-6
Q800 B-2
Q801 C-2
Q804 B-3
Q805 C-2
Q806 C-2
Q807 C-2
Q900 B-3
Q901 C-4
Q902 C-3
86
P-BOARD (COMPONENT SIDE)
LSEP1290EEHB
6
A B C D E F G H I
87
14.2. K and SS2-Board
SS2
SS2-BOARD (FOIL SIDE)
TNPA4802
K-BOARD (FOIL SIDE)
7 6
TNPA4802
SEE REVERSE FOR ORDER NO.
1 SS2 PbF
TXN/K1LJUE
3 SS24
TP04 TP06 TP08
TP02
1 TP05
2 SS58
TP01
TP03
13 1 RM10
PbF
CRNO.25
TNPA5114 1 K
SEE REVERSE FOR ORDER NO.
SS2-BOARD (COMPONENT SIDE)
2 TNPA4802 K-BOARD (COMPONENT SIDE)
SS2MM2 SS2MM1
TXN/K1LJUE
PbF CRNO. TNPA5114 1 K
25 ORDER NO. Q13
6 1 PbF
TNPA4802 1 SS2 K1 8
R23
C12
R14
C13
ORDER NO. 7 C20 C14
R17
R11 R13
SS24
Q10
R12 D11 D12 R22
VJ12
Q12
R16
SN10 R21
RM10 R25 C15
1 C21 R15
R20
1SS58
Q17
1 13 2
D20
C10
C11
D15 1 C22 R19 R34
D01 R10 R18 R24
Q11
A B C D E F G H I
88
14.3. A-Board
A-BOARD (FOIL SIDE)
A-P42GW20
6
C2821 R2833
TP8346 TP8344
C2801
C2809
R0924
TP8341
TP8343
D2802 D2803
TP2804
R0923
TP8342
R0935
TP8348
TP8347
TP8345 TP8355
TP1052
TP1054
TP1056
TP1057
R2806 TP2811 TP8406 TP8340 R0936 R2313
TP2806
TPST5
TPS0N
TPEC0
C5318 C5319
R2805 TP2812
TP2501 R5308 C5320
TP2803
TP2802
TP8349 TP8351 TP8352 R2312
TP1053
TP1055
TP1062
TP8350
R2802
R2803 TP5250 TP8404
TP2813
R2856
C2802
R5307 R5309
C8342
C8341
C2310
C2807 C2805 TP2808 TP2805 TP8353
C5316
D2801
TP8734
R5311
TP2814 TP8405 R8348 C2309
TP2807 TP8354
TP2810
TPF15V
C2450
TPS15V
R2818 R2819
C2806
TP0153 TP0155
JK8700 B-4 B-1 TPP15V R8347
R5301 R5310
TP8735 TP2801
C8744
C8733
C2803 C5301 TP5301 TP5291 C2429 TP2402
JK8700
R5312
D2810
C5317
R2815 R2801
C2428
R5254
R5255
R2816
D5301
D2809
TP8708 TP2401
A-4 A-1 R2415
TP5431
C2448
R2814
C2420
D2811
TP0102
R5443
TP0105
TP0109
TP0107
D5439
C2427
TP9104
TP9103
TP0101
C8732
C8728
C2426
TP0106
TP0104
R1003
TP0110
TP0108
TP8707 2
8 JK8301 R2414
TP9081
TP9203
C2417
FL2402
TP9082TP9083
TP9204 TP9207
TP9085TP9084
TD9357
Q9800
7 1 R9883 R9884 TD9358 TP9087TP9086
R9880
Q9801
SW2550
C8368
TD9373
TD9359
TP9208
SW2550
TP9089TP9088
JK8301 Q9801 R9896 Q9800 TD9362
TD9361
F
IC9803
34
68
R9885 TD9364
TD9363 TP9090TP9091
TP8952 TP8950
R2788
67
33
R9205 1 8
TP9092TP9093
A
TP8951
C9107
JK2780 R9104 C9099 IC9801
JK2780
R5603 C5603 C5724
R2550
R9014
R2785 FL2780 R2782 TP2781 C9109 R9877 R9878
C8370
C9104
C2411 TP9094TP9095
4
5
R5724 IC9803 TD9370
C8369 R9133 C9808
CL5404CL5402
JS8372
JS8361
R8437 D5603 TD9367
TD9365 C9103
R9019
JS8374
JS8365
JS8373 R8380
JS8364 R8364
JS8371
JS8360
CL5403
C9809
32 VJ8519 R9134
C9816
R9879 TD9368 TP9096
R2786 FL2781 R2781 TP2780 5 IC9801
C9069 TD9369
R9135 C9810 TP9097 C9102
4
R8374
R8355
R8365
R8373
TD9372
TD9371
R8377
R8372
R8361
R8376
R8371
R8360
C8363
TD9102
C9811
C5488
R2789 D9104 R9015
R9017
SW2551
TP9098
TP9102
5
1
SW2551
+/
VJ9910 C9110
C9802
C9801
R9874
C9807
TD9056R9114 R9117 R9113 TD9360
L5480
C5487
R9116
IC5481 TD9374 TP9099
R8397
L8513 C9116 TD9366
R9112
Q9002
TP9011
Q9003
TP5401
R5494 VJ5451 R9872
Q9002 R9875
TP9101
C9806
R8484
R8483
R8469
TD9334
R9873
D5454 R5420
R2551
17 TP8401
TD8423TD8424
IC5500 IC5501 Q9003
L8400
TP9902TP9904
TP9901TP9903
TP9900
R8401 R8485 R5512 C5508 C5511 R5515 TD9335
TP9106 TP9109 TP9110
R8468
R8381
R8382
IC5481
C5540
C5542
16 TD9336
TP5500
C8400 1 R5516 R5521
R9336
R5508 R5523 R5511 TP5503
TP9197
12 Q5434
SW2552
TD9337 Q5434 R5423
TP9107 TP9108
C8402 1 R5517
D5500
D5503
17 13
R8415
R5504 C5507 R5507 TD9338 R5424
R5500
R5503
-/
24
JK8401A
SW2552
R5464
R5463
64 C5506
R8404
R5529 R5532
C9803
TD9339 TP9115
TD9340 TP9116
TD8512
CL5437
TD8426 IC5500 C5502 C5501 Q5433 R5422 TP9117
R8411 C5500 C5505 IC5501 TP9012
R8464 TD9341 R9300 R5421 TP9118
TD8427 TP9119
D5451
R8447
R8516
R5501
R5502
R5530 R5531
IC9304
VJ9042
C8415 C5503 Q5433 TP9120
1
IC8400 CL5432 D5445 TP9121
D5501
D5502
C9300
C8518
C8517
C8520
C8519
R8406 D5434 R5505 12 1 3 C5504 R5506 TP9122
C3752
R9308 R9309
R8449 TP9123
TP5501
TP9195
R5520
R5458 1
C5541
C5543
R8407 R5509 R5522 R5510 TP5502 R9306 TP9124
TP9125
R8414
R5518 C5509 24
CL5436
TP9105
R8408 R5519 IC9304
C8516 C8515 R5456 D5444 TP9126 TP9127
R8409
R8410 R8513
R8412 R8512
R5513 C5510 R5514 TP9013
49
TD8402
TD8403
IC8400 R8566 TP9129 TP9128
TP9130
5
TP9131
SW2553
VJ8001 3 3
R8416
4
R8445 L8102 TD9313
TD9314 TD9312
TD9311
R9307
TP9133 TP9132
SW2553
VJ8000 R8413 R8444
C8401
TV
R8448 X8102 L9302
C8513
C8512
R9341
R8443 TP9134
C8175
C8252 C8251 R9458
TP9076
TP9113
TP9135
TP9194
R8442 R0954 R9318
TP8400 TP8402
C8009
TP9137 TP9136
TD9002
R5461 C9337
C8414 R8465 IC8101 1 C8170 C8171 C8068 R0953
TD9135
16 CL5441 TD9328 TP9138
VJ8513
R8422 R8466 VJ8516 TP9139
C8250
R8284
C8174 C8173
D5449 C9332
TD8405
TD8407
C8409
R8280
R8436 C8265 C8261 TP9141 TP9140
TD9380
TD9382
C8718
L8100
D5437
C9354
TD8408
TD8406
TD9379
TD9381
TD9330
R2553
R2552
C8740
C8717
C8253 TP9383
R9324
TP9142
R8420
C8172
D5443 C9371 TP9143
TD9331
1 7 C8404 IC8101 C8255 C8267 C8259 C8263
C8293
C9319 C9320
C9356
TP9145 TP9144
33 C8720 C8721 R5455 CL5435 C9366 C9355 C9357 TP9146 TP9147
+
C8719 C8176 9 C8260
TP9301 TD9325 C9367 C9386
C8405 8 C9372 TP9148
C9358
TP9193
JK8401A
L9301 C9322 TP9149
35
L8706 C9378
R8132
R8131
R8130
1
R8452 C8159
C9379
TP9201
C8287 C9321 TP9150
C9364
36
C8257 TP9151
C9350
C9344
L9300
C9352
R8453 TD8412 C9376
C9397
C9345
C9391
2
SW2554
R8423
R8112
R8113
C9330
AV
R8285
C9349
TP9153
C8722
C8739
C8270 TP9152
L8705
TP8403
SW2554
C8254
C8258
C8157 C8158
Q9305
C8271
C8262 C8264
IC8401
C9327
D5453
D5452
C9374
16
C9335 TP9154 TP9155 TP9915
C8256
C9387
R9326
TD8409TD8410
C8292
TP9202
C9331 TP9156
C8249
C9368
C9309
R8459 R8287
C8156
C9307
TD8413
IC8100
R8424
4
TD8414 R8458
R8419
C9380 C9388
C8403
X8100
R8283
TD8415
IC8100
R8429 C9338
C8268
TD8416
R8279
Q9304 C9343
Q9305
R8430 C9346
C8155
C9363
1 C9348
TD9055
Q9303
Q9304
C9339
49 C9342
TD8411
TD8400 R8487
64 IC8401 R9375 R9377 TD9057
VJ9302
5 Q9303
C9316
C9308
C8406
C9310
R9099
1
C9395
C9381
8
C9315
VJ8520
VJ8518 R8438
R8108
R8109
R8111
R8427 C8154 IC8242 R9376
C8285
C9377
VJ8511
VJ8512
Q9306
R9373 R9372
R9374 TD9378
C8291
VJ9300
C9328
C9329
VJ9301
C8283
IC8242
L8850
C9334
R8418 R8102
R8248
R8249
R8246
R8259
C9375
R8274
R8275
C9306
Q9306 C9325
R8261
R8265
TP8103
TP8861
TP8853
R8888
R8657
R8684
R8686
TP8109
R8277 R8281
C8290
TP9114 C9396 C9333
R8252
R8247
R8241
C8282
R8922
R8263
R8269
R8289
C9353
C9347
5
7
C9351
C9341
C9340
C9317
R9327
C9312
R9459
TP8854 25 C9314
C9389
C8247
24 R0965 R0964 C9117
R8286
C9336
R8725
R8722
R8712
R8709
C8160
R8117
R8288
4 C9323
1
C8281
C8871 R0956 R9166
C9362
IC4204
R8658
R8647
R8659 R8608
C9370
C9318 C9311 C9313
R8278
C4236
C8873
R9107 C9303
C8280
R8889
C9326 C9324
R8623
C9361
TP8855 R8708 R8273
C9360
IC4204
R8727 R8726 R8607
R8119
C9382
TP8101
R9342
L4215
C8875 R8103 C8243 C9365 C9384
R8282
C8279 TD9376 C9359
R8615
R8616
C9393
TD9384
C8289 R9034
R8244
R8245
C9385 C9383
R9325
R8892
R8744
C8277
C8278
1
TP8856
TP9100
R9013
C9394
R9035
C8008
R8610 TP9112
C8923
D9806
C8922
C8275
C8060
R8891
C8874 C8087 TD9327 C9390
C8024
C8276
C9369
TP4202
L8920
IC8921-A
IC8921 R9123
4
TP8857
C8030
C8094
C8033
C8027
TP8102
C8036
C4245
C4241
TP9300 R9323 R9036 R9037
C8872
4
C8274 TP9111
C4248
C9373
1
R8761
R8619 C8273 R9101 TD9377 C9392 TP9917
C8017 C4240 TD9329
R9110TD9027R9105 R9115
R5471 C8039 C9304 R9125 TP9157
D8802
C8021 C8038 C8088
TP8858 TP9158
R8690 R8691 R8689 TP4211 + TP9159
Q9001
1 IC4207
Q4204
R8645 C8076 C8042 TP9160
TP9010 TP9161
R8687
R8661
C8051
Q9005
IC8852
TP8859 TD8702 VJ8610 C8045 C4296 Q9006 C4265
TP8600
1 7
R8272 R8255
TP9162
C8054
C4249 TP9163
C4264
C8091
48 VJ8609
R8271
Q9901
IC8852
C8070 C8071 R9038 TP9164
C8062
VJ8613 C8242 C8048 R9100
C8286
TD9016 TP9165
Q9000
IC4207
L8011
TP8860 VJ8864 C8043 C8075
VJ8858 C8241 R9102 Q9901 TP9166
L8008
IC8921 C8082 Q9006 R4261 TP9167
C1105
C1123
R1421
R1207
R0949 L8007 C8059 C8083 R8254 C8057
Q9001
R1420
R1146
R1197
C1108
C1110
Q4204
Q9005
C8064
4 TP9168
7
TP1102
TP9169
C8092 L8014 C8240
5
C4324
C8037
C4323
C4330
TP8863 R0950 L8012 C8096 L8024
R8118
R8120
C4322
L8010
R4315
L8002
C4262
R9905
R9906
C8284
C8876 C8085 5
R8253
R8240 TP9170
C8090
C8019
Q9000 IC4206 TP9171
C4263
C8093 TP4210 C4235
C8079 C8029 C8035 C8056 C8067
C8077
C8072
C8063
4
R8270
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