INTERSIL SPACE

PRODUCTS
Highly Reliable, Efficient, Accurate Radiation Hardened and Radiation Tolerant ICs

2023.07
 02-03

WHEN FAILURE IS NOT AN OPTION™ Seven Decades of Flight Experience

INTERSIL
Renesas' (formerly Intersil) history and experience in the space and defense industries spans almost seven decades
beginning with the founding of Radiation, Inc. in 1950. Today, we continue to support and release new SMD-based, Class-
V/Q radiation hardened (rad-hard) products for Hi-Reliability, and Space marketplaces.

SPACE ICs
The low dose rate ionizing dose response of semiconductors has become a key issue in space applications. We are
addressing this changed market with wafer-by-wafer low dose rate acceptance testing as a complement to current high
dose rate acceptance testing.

All of our SMD products are MIL-PRF-38535/QML compliant and are 100% burned in.

By leveraging our latest technology for the consumer marketplace, Intersil space products group is releasing Class V/Q
products that are revolutionizing the Hi-Reliability and Space marketplaces.
Highly reliable, efficient and accurate radiation-hardened ICs for
space applications and other radiation environments.

Intersil Space IC Benefits

Highest Standards
As a major supplier to the military and aerospace industries,
our Intersil product development methodologies reflect
experience designing products to meet the highest
standards for reliability and performance in challenging
More than 70 unique Intersil rad-hard ICs
environments. Intersil products can be found in virtually
were onboard the July 30 liftoff of NASA's every satellite sent into space.
Mars 2020 Perseverance rover.
■ All products are MIL-PRF-38535/QML compliant
■ All products are 100% burned in
■ Consistent design and manufacturing in our
CONTENTS Reliable, Proven Supply Chain MIL-PRF-38535-qualified facility in Palm Bay, Florida
Proven proprietary processes and package technologies, ■ We are one of only a few RHA Defense Logistics Agency
Rad-Hard QML SMD................................04 (Land and Maritime) QML suppliers
shipping over 1 billion ICs per year.
■ All products are fully Class V (space level) compliant
Rad-Hard and Rad-Tolerant ■ Strong technology development ■ All products are on individual DLA SMD drawings
FPGA Power Solutions............................. 05 – Proprietary process and package technologies
■ Multi-sourcing strategy
Rad-Hard Power.......................................06 – Sourcing from multiple leading-edge semiconductor foundries Assured Product Supply
Rad-Hard Analog......................................08 & assembly/test partners ensures a steady product supply and
Long life cycles ensure steady flow of product. We still
reduced risk
Radiation Tolerant ■ Industry-leading quality & reliability metrics support customer programs with products in production
Plastic Package ICs.................................. 12 – Billion+ ICs shipped every year for over 40 years.
– Less than 1.0 DPPM (defective parts per million) and improving
Radiation Hardened – Decades of experience handling military/space products and
Plastic Package ICs.................................. 13 delivering world-class quality and reliability metrics
Reference Designs................................... 14 – ISO/TS16949 and AEC-Q100
– MIL-PRF-38535 compliant and 100% burned in
Space-Grade Products List...................... 16
 04-05

RAD-HARD QML SMD RAD-HARD AND RAD-TOLERANT

FPGA POWER SOLUTIONS
STANDARD DATA PACKAGE Class Q Class V Due to their flexibility in design and cost effectiveness compared to ASICs, FPGA-based systems have become
RH Die - EH Die - increasingly common in space applications as the requirement to do more on-board processing is increasing.
RH Packaged EH Packaged
Nomenclature, Example RH Packaged Part Authorized Die Authorized Die
Part Part
Processors Only Processors Only Equally important is the power solution of these multi-rail digital loads. The power supply must be stable and efficient
HS0‑XXXXRH‑Q even in the harsh environments of space, which includes total ionizing dose and single event effects. Couple-in the need
"MSR" "NSR" HS0‑XXXXEH‑Q
"RH‑8" "RHQ" "EHV" "EH‑Q" IS0‑XXXXRH‑Q
“RHV" IS0‑XXXXEH‑Q for a smaller, light-weight power solution and you will find us at the forefront developing leading edge point-of-load
Part Types XXXXRH‑8 XXXXEH‑Q ISL7XXXXRHVX
"RH‑Q" XXXXRH‑Q ISL7XXXXEHVX
in the part #
in the part #
in the part # "HSR" or "HMSR"
in the part #
(POL) regulators that meet the demands to power these high performance FPGA's.
in the part #
Shipper/Pack Slip X X X X X
P.O. Number X X X X X POWER SOLUTION FOR RADIATION TOLERANT FPGA
Customer Part Number, Rev (as applicable on the P.O.) X X X X X
Intersil Part Number X X X X X
Lot Date Code / Trace Code X X X
Rad Tolerant FPGA
Lot Number X X X X X
12V 5.0V 1.2V Core & 2.5V 3.3V 5.0V
Quantity X X X X X ISL70003ASEH ISL70002SEH Memory Bank ISL75051ASEH ISL70002SEH
PGOOD EN2
SERDES_IO EN4

Certificate of Conformance X X X X X
UP/INIT EN1 3.3V 1.8V 3.3V
Screening Attributes Data X X X X EN2
ISL75051ASEH VDD_PLL DDR VDDQ ISL70005ASEH
EN1
ISL70321SEH EN4

Post seal thru end of 100% screening operations X X EN3

EN4 3.3V 2.5V 0.9V 3.3V
ISL75051ASEH SERDES_PLL DDR VTT ISL70005ASEH
Test Operations X X EN3

Test Methods X X
Quantity of units in/out by operation X X
Date of each test X X
PDA as applicable X X
Visual Inspection X X X X Switching Regulators
Switching SYNC Current High Dose Low Dose SEL Qualification
Document Review X X X X Part Number Description V IN Range Frequency Capable Sharing Rate (HDR) Rate (LDR) (MeV.cm2/mg) Level
Screening Variables & Delta Data - Variables data for all read/record and/ ISL70001ASEH 6A, Rad-Hard Sync Buck Converter 3 - 5.5V 1MHz Yes No 100krad(Si) 50krad(Si) 86.4 QML Class V
or delta operations pre/post burn-in @25°C are provided on electronic X X ISL70002SEH 18A, Rad-Hard Sync Buck Converter 3 - 5.5V 500kHz/1MHz Yes Yes 100krad(Si) 50krad(Si) 86.4 QML Class V
media. ISL70003ASEH 9A, Rad-Hard Sync Buck Converter 3 - 13.2V 300kHz/500kHz Yes No 100krad(Si) 50krad(Si) 86.4 QML Class V
Rad-Hard Dual Output Point-of-Load, Int.
Group A Attributes (located in Screening Attribute Data if performed) X X ISL70005SEH 3 - 5.5V 100kHz - 1MHz Yes No 100krad(Si) 75krad(Si) 86.4 QML Class V
Sync Buck and Low Dropout Regulator
Group B Attributes Summary X X
Low Dropout Regulators
Group C Attributes Summary X X Output Quiescent High Dose Low Dose SEL Qualification
Part Number Description V IN Range Dropout @ 1A Option Current Rate (HDR) Rate (LDR) (MeV.cm2/mg) Level
Group C Variables & Delta Data - Variables data for all read/record and/or 3A, Rad-Hard, Positive, Ultra-Low
X ISL75051ASEH 2.2 - 6V 65mV Adjustable 11mA 100krad(Si) 50krad(Si) 86.4 QML Class V
delta operations pre/post life test are provided on electronic media. Dropout Regulator
Group D Attributes Summary X X 3A, Rad-Hard, Positive, Ultra-Low
ISL73051ASEH 2.2 - 6V 65mV Adjustable 11mA N/A 50krad(Si) 86.4 QML Class V
Dropout Regulator
Group E Variables Data for HDR & LDR - Variables data for all read/record
X X
operations pre/post rad are provided on electronic media. Power Supply Sequencers
SEM C of C & Photos (if performed) X X X X Rising/
Quiescent Falling PGOOD High Dose Low Dose SEL Qualification
Radiation C of C (High Dose Rate and/or Low Dose Rate) HDR HDR HDR & LDR HDR HDR & LDR Part Number Description V IN Range Current Delay Timer Rate (HDR) Rate (LDR) (MeV.cm2/mg) Level
Rad-Hard Quad Power Supply
X-Ray Report (Film kept on file and available on request. Request must be ISL70321SEH 3 - 13.2V 3.5mA 2 -20ms 4 - 40ms 100krad(Si) 75krad(Si) 86.4 QML Class V
X X Sequencers
documented on P.O.) Rad-Hard Quad Power Supply
ISL73321SEH 4 - 13.2V 3.5mA 2 -20ms 4 - 40ms N/A 75krad(Si) 86.4 QML Class V
Sequencers
All EH product shipments will now come with Group C and E variables data in the data package.
 06-07

Radiation Hardened

RAD-HARD POWER Synchronous Buck and Low Dropout Regulator

Monolithically Integrated ISL70005SEH Space-Grade Power Solution

Reduces BOM Count and Size, Weight and Power for FPGAs and
DDR Memory
Radiation Hardened GaN Power Solutions
The ISL70005SEH is the only point-of-load (POL) power solution that reduces size,
weight, and power (SWaP) by integrating a synch buck and LDO in one monolithic
Robust Power Solutions for High Performance FPGAs and ASICs
IC. The device enables satellite manufacturers to reduce bill of materials (BOM) Power Solution for DDR2 Memory
The ISL73847SEH, ISL73041SEH and ISL70020SEH work together to create a robust and precise power solution for high performance FPGAs and ASICs.
and power supply footprint for their medium Earth orbit (MEO) and
ISL70005SEH, ISL73005SEH
geosynchronous Earth orbit (GEO) long duration mission profiles. Buck Regulator
3.3V or 5V
ISL73847SEH: Rad-Hard Dual Output PWM Controller B_PVINx B_LXx
VDDQ = 1.8V

Features
A synchronous buck controller that can operate as a single or dual-phase ■ Synchronous buck VIN range of 3V to 5.5V VDDQ VTT = 0.9V
L_VIN L_OUT
controller. It is intended to work with the ISL73041SEH half-bridge ■ LDO VIN range of 600mV + VDO to Vcc-1.5V LDO Regulator
GaN FET driver to generate Point-Of-Load voltage rails for commercial ■ 1% reference voltage accuracy
DDR Memory
space applications. ■ Separate VIN, enable, soft-start and power good indicator Controller RT DDR
Memory
RS
■ LDO stable with 150µF; 3x less output capacitance than competitive solutions
■ Single- or Dual-phase ISL73847SEHDEMO2Z Evaluation Board (Top)
100 ■ Full military temperature range of -55°C to +150°C
■ 4.5V to 19V input voltage range 90
80 ■ 28 Ld ceramic dual flat-pack package
■ Output voltage as low as VREF: 0.6V+/- 0.67% 70
Efficiency (%)

60
■ Differential remote sensing of output voltage 50
40 12V to 1V (500kHz)
■ 24 Ld hermetically sealed Ceramic Dual Flatpack 30 5V to 1V (500kHz)
12V to 1V (250kHz)
20
(CDFP) package 10 5V to 1V (250kHz)
0
0 10 20 30 40 50
NMOS and PMOS Load Switches
See specs in "Switching Controllers“ on page 22 ILOAD (A)

12V to 1V and 5V to 1V Conversion Efficiency

ISL73847SEHDEMO2Z Evaluation Board (Bottom) Radiation Hardened 10A PMOS Load Switch
The ISL70061SEH is a radiation hardened single channel load switch featuring
ISL73041SEH: GaN FET Half-Bridge Drivers ISL70020SEH: GaN Power Transistors ultra-low rON and controlled rise time. The ISL70061SEH device uses a PMOS and
The ISL73041SEH an extremely flexible half bridge GaN FET driver The ISL70020SEH is a 40V GaN FET the ISL70062SEH device uses a NMOS pass device as the main switch that
with precise deadtime control and well matched propagation that is ideal for this application due operates across an input voltage range. Both devices can support a maximum of
delays between the high side and low side. It is also capable of to its extremely low rDS(ON). 10A continuous current. Simple ON/OFF digital control inputs make the device
driving multiple parallel GaN FETs to take advantage of lower conduction losses capable of interfacing directly with low voltage control signals from a FPGA, MCU,
■ 40V N-channel enhancement mode
and features boot overvoltage protection to ensure that the boot voltage never GaN power transistors or processor.
exceeds the abs max of the GaN FET. ■ Very low rDS(ON) 3.5mΩ (typical) Redundant Source Switch Application
Features
■ ■ Ultra low total gate charge 19nC (typical)
Interfaces with ISL73847SEH synchronous buck controller ■ Integrated high speed load switch ■ Reverse current protection
■ Programmable gate drive, 4.5V to 5.5V ■ Ultra small hermetically sealed 4 Ld Surface Mount
– Turn-off time of 3µs ■ Simple ON/OFF logic control
Device (SMD) package ISL70003ASEH Load 1
■ Highly matched, fast propagation delays between high- and low-side drivers ■ Ultra-low ON-resistance (rON) of 14mΩ ■ Undervoltage lockout
– Package area: 42mm2 ISL70061SEH
■ Wide VDD input voltage range, up to 13.2V typical (ISL70061SEH) ■ Selectable 122Ω discharge MOSFET
■ 16 Ld Ceramic Leadless Chip Carrier (CLCC) hermetic package See specs in "GaN FETs“ on page 20 ■ Continuous 10A switch current ■ QML Class V Qualification
See specs in "GaN FET Drivers“ on page 21
■ Controlled rise time to minimize inrush ISL70003ASEH
current ISL70061SEH

Complete Power Management Solution for AMD Space-Grade

Versal™ Adaptive SoC Load Switch Family
ISLVERSALDEMO2Z is an easy to use rad hard reference design that includes all the power management FET Pass Input Continuous Ron Iq ELDRS SEL
needed for the AMD Xilinx Space Grade Versal ACAP AI Core VC1902. Device Voltage Vcc Range Output (mΩ) (μA) krad (MeV/ Qualification Temp Range
Part Number Type Range (V) (V) Current (A) Typ Typ Class (Si) mg/cm2) Level (°C) Package Type

For ordering information, schematics, GERBER files and more, visit renesas.com/islversaldemo2z ISL70062SEH, NMOS Vcc - 2 3 - 5.5 10 25 0.76 V, /PROTO 75 86 QML Class V -55 to +125 14pin-CFP
ISL73062SEH (space)
See more information on page 15. ISLVERSALDEMO2Z ISL70061SEH, PMOS 3 - 5.5 - 10 14 31 V, /PROTO 75 86 QML Class V -55 to +125 14pin-CFP
ISL73061SEH (space)
 08-09

Radiation Hardened SENSE

RAD-HARD ANALOG Current Sense Amplifiers

Amplifier Specifically Designed for Current Sensing Application Typical Application: High-Side Current
ACCURATE - Ultra-low input offset voltage Sense for 28V Supply Rail
28V
The ISL70100SEH has an ultra-low input offset voltage specification of
10µV (typical) at 25°C, allowing designers to achieve their required accuracy without
12V
increasing the sense resistor value and wasting unnecessary power.
VOUT = (VSEN(mV) * 2µA/mV) * ROUT

RELIABLE - Can monitor currents from a 28V bus voltage RSENSE

+
VSEN ISL70100SEH
ISL70100SEH RH
RH ADC
ADC

The input common mode voltage range is -0.3V to 40V independent of the power -

ROUT
supply used to bias the CSA. This allows the user to power the CSA from 3.3V, but
monitor currents from a 28V bus voltage.

LOAD
LOAD
SIMPLE - Only one additional resistor is required
Besides the sense resistor, only one additional resistor on the output is required to set
the overall gain of CSA. This eliminates the need for external output-to-input gain Transconductance , V+ = 12V
LEADERS IN ANALOG SIGNAL PROCESSING resistors, thus reducing component count and board space. 2.026

Transconductance (µA/mV)
2.016

Features 2.006

■ Power supply range: 2.7V to 40V ■ Voltage offset: 10µV (typical),

CONVERT &
1.996

■ Input common-mode range: -0.3V to 40V

1.986 -55°C
V+ = 12V
SENSE CONDITION ACTUATE
25°C

■ Transconductance: 2µA/mV (typical) ■ Adjustable gain with a single resistor 1.976

125°C

COMPUTE – ±1% accuracy (TA = 25°C)

– ±1.5% accuracy (TA = -55°C, 125°C)
1.966
-10 0 10 20
Input Common-Mode Voltage (V)
30 40 50

IS Max Common HDR SEL

VS (per Offset Mode Input krad ELDRS (MeV/ Temp Range Qualification Package
Part Number Range amp) BW Features Voltage Range (Si) krad (Si) mg/cm2) (°C) Class Level Type
A LOAD
SUPPLY ISL70100SEH 100
AMP 2.7 to
250µA 500kHz
Low/High
400µV -0.3 to 40V 75 86.4 -55 to +125 V, /PROTO
QML Class V
10pin-FP
ISL73100SEH 40V Side Capable N/A (space)
RELAY
MUX

A A A/D MCU D/A D

DRIVER

A CPU Temperature Sensors

MEMORY Typical Application
Radiation Hardened Temperature Sensor +4V to +33V (V+ to V-)

For over 70 years, Renesas has been an industry leader offering the most comprehensive selection of leading-edge QML Class V products for The ISL71590SEH and ISL73590SEH are temperature-to-current transducers possessing two +

signal processing applications. These fundamental building blocks provide the reliability, accuracy and precision required in Command & terminals. They have a high impedance current output that allows them to be insensitive to - VOUT = 1mV/K

Telemetry; Thermal Control; Altitude Control; Imaging and many other satellite subsystems. voltage drops across long lines. When provided a differential voltage between 4V and 33V, the ISL7x590SEH 1kΩ
0.1%
devices act as constant current regulators that generate a current equal to 1μA/Kelvin (K).
All subsystems employing analog signal processing can be reduced to four fundamental functions:
Linear Output Current (1µA/K)
Features
0.0

SENSE Sensors convert parameters such as temperature, pressure, light, sound, etc. to an electrical signal. ■ Wide operating supply range: 4V to 31V ■ High output impedance to reject variations in supply

OUTPUT CURRENT DELTA (µA)

-0.2

■ Linear output current: 1µA/K ■ SOI process to eliminate single event latch-up -0.4
HDR
■ High ESD level: 3kV HBM ■ Best-in-class radiation performance -0.6

CONDITION The signal is amplified and filtered. In multi-sensor systems, a multiplexer allows sampling each source in repeated intervals. ■ ±1.7°C absolute error from -55°C to +125°C -0.8 LDR

■ < -1°C error over radiation -1.0

-1.2
0 25 50 100 125 150 200 250 300

CONVERT & Digital conversion, movement, storage and processing of the data occur. Resultant data is converted back to an analog signal.
TOTAL DOSE (krad(Si))

COMPUTE LDR SEL

Linear Output Power Ambient Error HDR krad (MeV/mg/ Temp Range Qualification
Part Number Current Consumption Accuracy PSRR krad(Si) (Si) cm2) (°C) Class Level Package Type
ACTUATE The system performs an action, such as driving relays or switches, based on the results.
ISL71590SEH 300
IOUT Shift vs Low/High Dose Rate Radiation
QML Class V
1µA/K 1.5mW -0.05°C 0.10µA/V 50 86.4 -55 to +125 V, /PROTO 2pin-FP
ISL73590SEH N/A (Space)
 10-11

CONDITION ACTUATE

Multiplexers Typical 16-channel Multiplexer Application Source Drivers

5V Multiplexers Provide Industry’s Best ESD IN01

IN02 ISL72813SEH: Single-Chip Rad Hard 32-Channel Driver with Integrated

Protection and Signal Processing Performance IN03
OUT ADC Decoder for Satellite Applications Reduces Command and Telemetry
.

The ISL71830SEH (16-ch) and ISL71831SEH (32-ch) are radiation tolerant, single
.
.
ISL71830SEH
Solution Size by 50%
IN16
supply 5V multiplexers. The 5V multiplexers address the growing trend toward The ISL72813SEH is the industry's first high current driver to integrate the decoder,
reduced system voltage rails. They provide data acquisition systems with the 4
level shifter and driver array in a single monolithic IC, allowing satellite
industry’s best electrostatic discharge (ESD) protection, and deliver lower RON and ADDRESS
manufacturers to significantly increase system capacity and reduce solution size
EN

input leakage for reduced power consumption and higher signal integrity. by up to 50%. The device offers a 4x higher density channel count compared to the
Very Low rDS(ON) Allows for Improved Signal Typical Application
nearest competitor, and the integrated level shifter eliminates several peripheral
Features Integrity and Reduced Power Losses components.

RELAY

RELAY
■ 3V to 5.5V single supply operation with adjustable logic threshold control 90

80
■ Delivers 5kV human body model (HBM) ESD protection 70
+25°C
+125°C
Features -30V

■ Rail-to-rail switch input provides wide dynamic range for extra design flexibility
60

C11
C12
C13
C14
C15

C16
C17
C18
C19
C20
VEE
■ Acceptance tested to 50krad(Si) LDR, wafer-by-wafer
RELAY RELAY

rDS(ON) (Ω)
50 C10 C21

■ Over-voltage shutoff protects upstream/downstream devices when a switch goes 40

■
VEE VEE

30
Integrated 5-bit to 32-channel decoder and level shifting circuit C9
C8
C22
C23
1V-2V past the rails -55°C
■ C7 C24
20 High collector current outputs to 600mA C6 ISL72813SEH C25

■ Cold sparing and analog overvoltage range from -0.4V to 7V 10

C5 C26

■ Low VCE saturation of 1.5V with IC of 530mA C4 C27

■ Switch input off leakage of 120nA and low RON of 120Ω (max) reduces power
0 C3 C28
0 0.5 1.0 1.5 2.0 2.5 3.0 3.5 4.0 4.5 5.0 RELAY RELAY
■
C2 C29
COMMON-MODE VOLTAGE (V) High voltage outputs up to -40V C1 C30

consumption, and improves signal integrity

GND
VCC
VEE

C31
■

EN
rDS(ON) vs Common-Mode Voltage (V+ = 5V)

C0
A0
A1
A2
A3
A4
VCC supply range of 3V to 5.5V
■ Extended operating temperature range of -55°C to +125°C 5.0V

rDS(ON) Input Voltage Range ELDRS SEL Temperature ■ HDR radiation tolerance of 100krad(Si) and LDR of 50krad(Si) µCONTROLLER
Part Number Channels (Ω) Typ (V) krad(Si) (MeV/mg/cm2) Range (°C) Class Qualification Level Package Type
■ SEB LET TH (VCE = 33V) immune up to 86.4MeV•cm2/mg
ISL71830SEH 16 40 3 – 5.5 75 60 -55 to +125 V, /PROTO QML Class V (Space) 28pin-CDFP
ISL71831SEH 32 40 3 – 5.5 75 60 -55 to +125 V, /PROTO QML Class V (Space) 48pin-CQFP

Output
Max Saturation
CONVERT & COMPUTE Output Channel Integrated Voltage HDR ELDRS SEL SEB Qualification Temperature
Part Number Channels Voltage Decoder @350mA Class krad(Si) krad(Si) (MeV/mg/cm2) (MeV/mg/cm2) Level Range (°C) Package Type
ISL73814SEH 16 42V Yes 1.3V V, /PROTO N/A 75 SEL free 86 QML Class V -55 to +125 28pin-CFP
AD Converters (space)
ISL72814SEH 16 42V Yes 1.3V V, /PROTO 100 75 SEL free 86 QML Class V -55 to +125 28pin-CFP
(space)
Rad-Hard 8-Channel 14-Bit 900/480ksps SAR ADC with Integrated PGA ISL72813SEH 32 42V Yes 1.4V V, /PROTO 100 50 SEL free 86 QML Class V -55 to +125 44pin-CLCC
(space)
The ISL73148SEH has the best-in-class performance, including low noise, high-resolution, and excellent linearity.
It operates on a 5V supply, with an independent supply for the digital interface, allowing for a high level of
interoperability with MPU/MCU/FPGA.

Features Typical Application Example Circuit

■ Low noise: 82dBFS (PGA bypassed), 77dBFS SNR (PGA Gain = 2) BIPOLAR
■ High resolution: 14-bit resolution with 13.4-bit ENOB VREF = 2.5V SL73148SEH
CH0
■ Excellent linearity: ±0.5 LSB DNL, ±1.5 LSB INL
COM = VREF/2 = 1.25V
CH1

■
0V
Integrated 8-channel MUX and PGA + RS
CH2

14-bit
UNIPOLAR
-
CH3
G SDO
– Pin programmable channel and gain setting selection VREF/G CP
CH4 ADC
– Reduces external components and cost VREF/(2×G) CH5

CH6
■ High precision to meet the accuracy requirements of next-gen COM = 0V
CH7

payloads

Conversion Power Analog Integral Differential

Channels Resolution Rate (Max) Consumption Supply NonLinearity NonLinearity Package
Part Number Product Title (#) (bits) (kSPS) (mW) Voltage (V) LSB LSB Type
ISL73141SEH Rad-Hard 14-Bit 1MSPS SAR ADC 1 14 1000 28 3 - 5.5 0.5 0.2 14 Ld CDFP
ISL73148SEH Rad-Hard 14-Bit 900ksps SAR ADC w/ Int. PGA 8 14 960 90 5 1 0.5 28 Ld CDFP
For more detail specifications, refer to "AD Converters“ on page 17
 12-13

Space-Grade Plastic Packages

RADIATION TOLERANT RADIATION HARDENED

PLASTIC PACKAGE ICs PLASTIC PACKAGE ICs

Cost Effective Solutions for Short Duration Save Up to 50% of Board Area
Low Earth Orbit (LEO) Mission Profiles While Maintaining the Reliability and
The ISL71xxxM family of radiation-tolerant plastic-package ICs is designed to support the emerging field of small Radiation Assurance for Higher Orbit Missions
satellites that will provide solutions such as high-speed Internet connections to hundreds of millions of users in Renesas’ Intersil plastic-packaged radiation-hardened devices are optimized for satellite power management systems.
communities, governments, and businesses worldwide. Fleets of hundreds of small satellites will create mega- Combining rad-hard assurance levels with the board area savings and cost advantages of plastic packaging, the new
constellation networks to deliver broadband Internet links from low Earth orbit (LEO) to every corner of the globe, portfolio brings space grade solutions to MEO/GEO missions with longer lifetime requirements, as well as small
including rural areas without wireless connectivity access. satellites (smallsats) and higher density electronics, while reducing size, weight, and power (SWaP) costs.
Our rad-tolerant plastic packaging flow leverages the company’s more than 60 years of spaceflight experience
developing rad-hard (>75krad) and rad-tolerant (<75krad) products for extremely harsh environments. The upfront
ISL73033SLHM ■ Combines world-class GaN FET driver and ISL71001SLHM/SEHM
radiation effects characterization and AEC-Q100 automotive-like qualification give customers the utmost confidence GaN FET in a single package to simplify ■ 6A synchronous POL regulator enables
100V Low Side 6A Sync Buck
to design Intersil radiation-tolerant plastic parts into cost-sensitive small satellites for LEO mission profiles up to GaN Driver + FET gate design and improve efficiency Regulator high power conversion efficiency in a
■ Reduces area size by 20% compared with smaller package
five-years. The ISL71xxxM are also well suited for high altitude (>40km) avionic systems, launch vehicles that are ■ Highly efficient: 95% peak efficiency
an SMD 0.5 rad-hard MOSFET
prone to heavy ions, and medical equipment where radiation is a concern. ■ VDS = 100V & IDS = 30A ■ Fixed 1MHz switching frequency
with 7.5mΩ (typ) RDSON ■ Adjustable output voltage

81 ball 8x8mm BGA ■ Ultra low total gate charge: 14nC (typ) 64 Ld 12x12mm TQFP
Rad-Tolerant Analog Rad-Tolerant Digital

Multiplexers Digital Isolators

ISL71030M Radiation Tolerant 16-input, 3V-5.5V Multiplexer ISL71610M Radiation Tolerant Passive-Input Digital Isolator ISL71610SLHM ISL71710SLHM ■ Giant Magneto Resistive (GMR) isolation technology delivers
CAN Bus Transceiver ISL71710M Radiation Tolerant Active-Input High Speed Digital Isolator Passive Input Active Input better radiation tolerance compared with existing space
Digital Isolator Digital Isolator grade optocouplers on the market
ISL71026M 3.3V CAN Transceiver, 1Mbps, Listen Mode, Loopback
■ 2.5kVRMS Isolation
Operational Amplifiers Rad-Tolerant Power
■ Up to 100Mbps data rates for the ISL71610SLHM
ISL71444M 40V Quad Rail-to-Rail Input-Output, Low-Power Op Amp and 150Mbps for the ISL71710SLHM
PWM Controller
ISL71218M Dual 36V Precision, Rail-to-Rail Output, Low-Power Op Amp ■ 1.3mA quiescent current and low EMI
ISL71043M Radiation Tolerant Single-Ended Current Mode PWM Controller
Voltage References ISL71041M Radiation Tolerant Single-Ended Current Mode PWM Controller
8 Ld 5mm x 4mm SOIC with no carrier or clock noise
ISL71010B25 Ultra-Low Noise, 2.5V Precision Voltage Reference
ISL71010B50 Ultra-Low Noise, 5V Precision Voltage Reference
Switching Regulator
ISL71001M 6A Synchronous Buck Regulator with Integrated MOSFETs

GaN FET Driver Visit renesas.com/radhardplastics for more details.

ISL71040M Radiation Tolerant Low-Side GaN FET Driver
 14-15

REFERENCE DESIGNS
Renesas offers reference designs to help solve our customers' system level application challenges in
space-grade systems. For more information, visit www.renesas.com/space or contact your local sales office.

Radiation Tolerant GaN Based Flyback Reference Design Power Management for the AMD Xilinx Space Grade Versal™ ACAP AI Core VC1902

Part Number ISL71043M Part Number ISLVERSALDEMO2Z

The ISL71043MEVAL1Z evaluation platform is designed to The ISLVERSALDEMO2Z evaluation board provides the power
evaluate the ISL71043M and ISL71040M in a flyback power supply management for the AMD Xilinx Space Grade Versal™ ACAP AI Core
configuration. VC1902 using Renesas' Radiation Hardened Power Management
The ISL71043M is a radiation tolerant drop-in replacement for the devices.
Description
popular 28C4x and 18C4x PWM controllers suitable for a wide
range of power conversion applications including boost, flyback, The Versal ACAP system requires various supply rails, including
and isolated output configurations. This evaluation board is a the core, digital, analog and DDR memory. The ISLVERSALDEMO2Z
flyback power supply. provides all these rails for the user to evaluate the performance
Doc Number R12UZ0044EU0100 ISL71043MEVAL1Z Evaluation Board against the Versal ACAP DC and AC electrical specifications.

• Radiation hardened QMLV power solution by

Renesas (MIL-PRF-38535)
• Designed to power AMD Xilinx Space Grade Versal
100V Half-Bridge GaN Power Stage ACAP AI Core VC1902
ISLVERSALDEMO2Z
• Includes regulators for all VC1902 rails, DDR4
Part Number ISL73040SEH, ISL73024SEH, ISL71610M Memory and general +5V/+3.3V bus
The ISL73040SEHEV4Z evaluation board demonstrates how • Power Supply Sequencing up and down on all rails
to build a half-bridge power stage with the ISL73040SEH AMD Xilinx Versal ACAP Full Power Management Specification Renesas Radiation Hardened parts used
low-side GaN driver and the ISL73024SEH 200V GaN FET. The on ISLVERSALDEMO2Z
ISL73040SEH has a 4.5V gate drive voltage (VDRV) generated Description
12V
ISL70003A
3V3_SYS

Description
using an internal regulator that prevents the gate voltage from ISL73847 (x1) 5V0_SYS ■ ISL73847SEH 12V PWM Dual Phase
ISL73041 (x2)
exceeding the maximum gate-source rating of the ISL73024SEH ISL70020 (x8)
ISL73847 (x2)
Controller
GaN FET. The ISL73024SEH is a 200V GaN FET capable of 7.5A ISL73041 (x4)
ISL70020 (x12)
VCCINT, 0.8V/100A
■ ISL73041SEH 12V GaN Half Bridge Driver
drain current. VCCO_XPIO, 1.0V-1.5V/3A
■ ISL70020SEH 40V, 65A, 3.5mΩ GaN FET
ISL73040SEHEV4Z Evaluation Board ISL73007

Doc Number UG186 ISL73007

VGTYAVCCAUX, 1.5V/1A
■ ISL70001ASEH 5V, 6A Integrated FET
VGTYAVTT, 1.2V/3A
ISL73007 Synchronous Buck
3V3_SYS
VGTYAVCC, 0.88V/3A
ISL73007 ■ ISL70003ASEH 12V, 9A Integrated FET
VCC_SOC_IO, 0.8V/5A
ISL70001A AMD Xilinx
Versal
Synchronous Buck
ACAP
ISL70001A
VCCAUX, 1.5V/6A
AI Core ■ ISL73007SEH 12V, 3A Integrated FET
RTG4 FPGA Development Kit ISL73007
VCCPSFP, 0.8V/3A
Synchronous Buck
ISL73007
VCCPSLP, 0.8V/1A
■ ISL70005SEH 5V, 3A Synchronous Buck +
Part Number ISLRTG4DEMO1ZA ISL73007
VCCPMC, 0.8V/0.5A
1A Source and Sink LDO
P
ISL73007
VCCAUXPMC, 1.5V/0.5A
M ■ ISL70321SEH Quad Channel Supply
Microchip’s RTG4 development platform allow users to prototype and VCCO50x, 1.8V-3.3V/3A
C
ISL73007 Sequencer
evaluate the FPGA’s performance in different applications. The board
■ ISL70218SEH Dual 36V Precision Rail to
includes two 1 GB Double Data Rate 3 (DDR3) memories and two 1 GB VDDQ, 1.2V/3A
VDD/VDDQ
Rail Output Operational Amplifier
Description SPI flash memories. The board also has several standard and advanced ISL70005 VTT, 0.6V/1A
VTT DDR4/
LPDDR4
VPP, 2.5V/1A
peripherals, such as PCIe x4 edge connector, two FMC connectors for using ISL73007 VPP

several off-the-shelf daughter cards, USB, Philips inter-integrated circuit

(I2C), gigabit Ethernet port, serial peripheral interface (SPI), and UART. ISLRTG4DEMO1ZA
Doc Number R34UZ0015EU0100
White paper R34WP0002
number Product Page renesas.com/ISLVERSALDEMO2Z
 16-17

Qualification Level
Military = QML Class Q
Space = QML Class V
Space Lower Level = QML Class T
Sample and Hold

SPACE-GRADE PRODUCTS LIST Part Number

Max
Acquisition
Time (10V Step
to 0.1%)
Max
Acquisition
Time (10V
Step to 0.01%
Maximum Drift
Current Over
Temperature PSRR
HDR
krad
(Si)
ELDR
krad (Si)
SEL
(MeV/
mg/cm2)
Temperature
Range (°C) Class
Qualifica-
tion Level Package
HS-2420EH 4μs 6μs 10nA ≥80dB 100 100 SEL free -55 to +125 V, /PROTO Space 14pin-SBDIP

Temperature Sensors
Radiation Hardened Analog Products Qualification Level Linear Power Supply Low Power 50 krad(Si)
Military = QML Class Q Output Input Range Consumption Low Dose Rate HDR ELDRS
Space = QML Class V Current (V+ to V-) at 5V (ELDRS) Shift krad krad SEL Temperature Qualification
Comparators Space Lower Level = QML Class T Part Number (μA/k) (V) (mW) (°C) (Si) (Si) (MeV/mg/cm2) Range (°C) Class Level Package
Max Input HDR ELDRS SEL ISL73590SEH 1 4 1.5 <1 - 50 86.4 -55 to +125 V, /PROTO Space 2pin-CFP
Supply Offset krad krad (MeV/mg/ Temperature Qualification ISL71590SEH 1 33 1.5 <1 300 50 86.4 -55 to +125 V, /PROTO Space 2pin-CFP
Part Number Voltage (V) Voltage (mV) Comparator Type (Si) (Si) cm2) Range (°C) Class Level Package
Voltage References
Military, Input Output
ISL7119RH - V, Q, /PROTO
5 to 15 8 Dual 300 - -55 to +125 Space 10pin-CFP Tempco Voltage Supply Current HDR ELDRS SEL
ISL7119EH 50 V, /PROTO Space Reference (Max) Range Current Capability Output Voltage krad krad (MeV/ Temp Qualifica-
Part Number Output Voltage (ppm/°C) (V) (µA) (mA) Noise (Si) (Si) mg/cm2) Range (°C) Class tion Level Package
IS-139ASRH - Military,
9 to 30 5 Single or Dual 300 83 -55 to +125 V, Q, /PROTO 20pin-CFP 4.096V 6.2µV P-P typ
Space ISL71091SEH40 6 6.0 to 30 300 10 / -5 100 100 86 -55 to +125 V, /PROTO Space 8pin-CFP
IS-139ASEH 50 ±0.05% (0.1Hz to 10Hz)
Military, 5.2µV P-P typ
HS-139RH - V, Q, /PROTO ISL71091SEH33 3.3V ±0.05% 6 4.6 to 30 300 10 / -5 100 100 86 -55 to +125 V, /PROTO Space 8pin-CFP
Space 14pin-CFP, (0.1Hz to 10Hz)
5 to 30 2 Single or Dual 300 - -55 to +125
14pin-SBDIP 2.048V 3.8µV P-P typ
HS-139EH 50 V, /PROTO Space ISL71091SEH20 6 4.2 to 30 300 10 / -5 100 100 86 -55 to +125 V, /PROTO Space 8pin-CFP
±0.05% (0.1Hz to 10Hz)
14.8µV P-P typ
Interface (RS-422 - Quad Differential Line Drivers) ISL71091SEH10 10.0V ±0.05% 6 12 to 30 300 10 / -5
(0.1Hz to 10Hz)
100 100 86 -55 to +125 V, /PROTO Space 8pin-CFP

Input Low Input High Input Rise HDR ELDRS SEL 1.0µV P-P typ
ISL71090SEH75 7.5V ±0.05% 10 9.2 to 30 930 20 / -10 100 100 86 -55 to +125 V, /PROTO Space 8pin-CFP
Supply Voltage Voltage and Fall krad krad (MeV/ Temp (0.1Hz to 10Hz)
Part Number Range (V) Range (V) Range (V) Time (ns) (Si) (Si) mg/cm2) Range (°C) Class Qualification Level Package 1.1µV P-P typ
ISL71090SEH50 5.0V ±0.05% 10 7.0 to 30 930 20 / -10 100 100 86 -55 to +125 V, /PROTO Space 8pin-CFP
(0.1Hz to 10Hz)
Military, Space 1.9µV P-P typ
HS-26CT32RH - ISL71090SEH25 2.5V ±0.05% 10 4.0 to 30 930 20 / -10 100 100 86 -55 to +125 V, /PROTO Space 8pin-CFP
5 0.8 VDD/2 500 100 100 -55 to +125 V, Q, /PROTO Lower Level, Space 16pin-CFP, 16pin-SBDIP (0.1Hz to 10Hz)
1.0µV P-P typ
ISL71090SEH12 1.25V ±0.05% 10 4.0 to 30 930 20 100 100 86 -55 to +125 V, /PROTO Space 8pin-CFP
HS-26CT32EH 50 Military, Space (0.1Hz to 10Hz)

HS-26CT31RH - V, Q, /PROTO
Military, Space Buffers
5 0.8 VDD/2 500 300 - -55 to +125 Lower Level, Space 16pin-CFP, 16pin-SBDIP HDR ELDRS SEL
HS-26CT31EH 50 V, /PROTO Space Wide -3dB Supply Gain krad krad (MeV/ Temp Qualifica-
Part Number Bandwidth Voltage Gain Current Flatness Gain Accuracy (Si) (Si) mg/cm2) Range (°C) Class tion Level Package
HS-26CLV32RH - V, Q, /PROTO Military, Space
3.0 to 3.6 0.3 VDD 0.7 VDD 500 300 100 -55 to +125 16pin-CFP, 16pin-SBDIP V, Q, / 8pin-
HS-1115RH 225MHz +2, +1, -1 6.9mA ±0.1dB 0.99V/V 300 - SEL Free -55 to +125 Space
HS-26CLV32EH 50 V, /PROTO Space PROTO CERDIP
HS-26CLV31RH
3.0 to 3.6 0.3 VDD 0.7 VDD 500 300
-
100 -55 to +125
V, Q, /PROTO Military, Space
16pin-CFP, 16pin-SBDIP
Current Sources
HS-26CLV31EH 50 V, /PROTO Space Operating HDR ELDRS SEL
Voltage Output Accuracy Output krad krad (MeV/ Temp Qualification
HS-26C32RH-T 100 100 - Space Lower Level Part Number Range (V) Current (%) Impedance Applications (Si) (Si) mg/cm2) Range (°C) Class Level Package
HS-26C32RH 5 0.3 VDD 0.7 VDD 500 300 - - -55 to +125 V, Q, /PROTO Military, Space 16pin-CFP, 16pin-SBDIP High Side, Low
ISL73592SEH 3 to 40 1mA ±0.3 14 MΩ - 75 86 -55 to +125 V Space 4pin-CFP
Side, Dual Side
HS-26C32EH 300 - V, /PROTO Space
High Side, Low
HS-26C31RH-T 100 100 - Space Lower Level ISL73591SEH 3 to 40 100µA ±0.36 189 MΩ - 75 86 -55 to +125 V Space 4pin-CFP
Side, Dual Side
HS-26C31RH 5 0.3 VDD 0.7 VDD 500 300 - - -55 to +125 V, Q, /PROTO Military, Space 16pin-CFP, 16pin-SBDIP High Side, Low
ISL70592SEH 3 to 40 1mA ±0.3 14 MΩ 100 75 86 -55 to +125 V, /PROTO Space 4pin-CFP
Side, Dual Side
HS-26C31EH 300 - V, /PROTO Space
High Side, Low
ISL70591SEH 3 to 40 100µA ±0.36 189 MΩ 100 75 86 -55 to +125 V, /PROTO Space 4pin-CFP
Side, Dual Side
Transistor Arrays
NPN Gain PNP Gain Noise
DA Converters
Number of Number of Bandwidth Bandwidth figure HDR ELDRS SEL LSB LSB HDR ELDRS SEL
NPN PNP Product Product (50Ω) at krad krad (MeV/mg/ Temperature Qualification Accuracy Accuracy Max Gain Drift krad krad (MeV/ Temp Qualification
Part Number Transistors Transistors (GHz) (GHz) 1GHz (dB) (Si) (Si) cm2) Range (°C) Class Level Package Part Number Speed Resolution at 25°C Over Temp (ppm/°C) (Si) (Si) mg/cm2) Range (°C) Class Level Package
Settles to V, Q, /
ISL73128RH - V, Q, /PROTO HS-565BRH - 24pin-CFP,
0.5LSB in 12 bits ±0.125 ±0.75 50 100 SEL free -55 to +125 PROTO Space
5 - 8 - 3.5 100 - -55 to +125 Space 16pin-CFP 24pin-SBDIP
ISL73128EH 50 V, Q HS-565BEH 500ns (Max) 50 V, /PROTO
ISL73127RH
- 5 - 5.5 3.5 100
-
- -55 to +125
V, Q, /PROTO
Space 16pin-CFP
AD Converters
ISL73127EH 50 V, Q Maximum HDR ELDRS
Sampling ENoB SNR INL DNL krad krad SEL/SEB Temp Range Qualification
ISL73096RH - V, Q, /PROTO Part Number Rate (bits) (dBFS) (LSB) (LSB) (Si) (Si) (MeV/mg/cm2) (°C) Class Level Package
3 2 8 5.5 3.5 100 - -55 to +125 Space 16pin-CFP
ISL73096EH 50 V, Q ISL73141SEHMFN V Equivalent,
1MSPS 13.3 82 ±1 ±0.5 - 75 86 -55 to +125 Space 14pin-CDFP
ISL73141SEHMF7 /PROTO
V Equivalent, /
ISL73148SEHMF 900kHz 13.4 82 ±1.5 ±0.5 - 75 86 -55 to +125 Space 28pin-CDFP
PROTO
 18-19

Radiation Hardened Analog Products (continued) Qualification Level

Qualification Level
Military = QML Class Q
Military = QML Class Q
Space = QML Class V Op Amps Space = QML Class V
Temperature Range: -55°C to +125°C Space Lower Level = QML Class T
Multiplexers Space Lower Level = QML Class T

Supply Transition

Rail-to-Rail Input/Output
# of Devices/ Channels
Recommended Current Time HDR ELDRS

Max Offset Voltage

Multiplexer Supply Voltage (max, (max, krad krad SEL Temperature Qualification

Noise V N (nV/√Hz)
Bandwidth (MHz)
Part Number Configuration Range post-rad) post-rad) (Si) (Si) (MeV/mg/cm2) Range (°C) Class Level Package
±10.8V to Slew IS

CMRR (dB)
ISL73841SEH Single 32:1 Mux ±400µA 800ns - 50 86.4 -55 to +125 V, /PROTO Space 48pin-CQFP

PSRR (dB)

AVOL (dB)
±16.5V Rate per IBIAS HDR ELDRS SEL Qualifi-
(V/ VS Range Amp (max) IOUT krad krad (MeV/ cation
±10.8V to
ISL73840SEH Single 16:1 Mux ±350µA 800ns - 50 86.4 -55 to +125 V, /PROTO Space 28pin-CFP Part Number μs) (V) (mA) (nA) (mA) (Si) (Si) mg/cm2) Class Level Package
±16.5V
ISL73444SEH 4 19 60 2.7 to 40 2.4 11.3 650 400µV 10 Yes 123 92 118 - 50 86.4 V, /PROTO Space 14pin-CFP
±10.8V to 44pin-CLCC,
ISL71841SEH Single 32:1 Mux ±400µA 800ns 100 50 86.4 -55 to +125 V, /PROTO Space ISL73419SEH 4 1.5 0.5 4.5 to 36 0.44 8 15 110µV 43 No 120 120 129 - 50 SEL Free V, /PROTO Space 14pin-CFP
±16.5V 48pin-CQFP
ISL73244SEH 2 19 60 2.7 to 40 1.2 12.3 650 500µV 8 Yes 123 92 118 - 50 86.4 V, /PROTO Space 10pin-CFP
±10.8V to
ISL71840SEH Single 16:1 Mux ±350µA 800ns 100 50 86.4 -55 to +125 V, /PROTO Space 28pin-CFP Military,
±16.5V ISL7124SRH - V, Q, /PROTO
4 1.2 0.4 5 to 30 3 - 400 10mV 10 No 70 70 86 300 SEL free Space 14pin-CFP
ISL71831SEH Single 32:1 Mux 3V to 5.5V +300µA 70ns - 75 60 -55 to +125 V, /PROTO Space 48pin-CQFP ISL7124SEH 50 V, /PROTO Space
ISL71830SEH Single 16:1 Mux 3V to 5.5V +300µA 70ns - 75 60 -55 to +125 V, /PROTO Space 28pin-CFP ISL70444SEH 4 19 60 2.7 to 40 2.4 11.3 650 400µV 10 Yes 123 92 118 100 50 86.4 V, /PROTO Space 14pin-CFP
+2.0mA/ Latch-up free Military, 16pin-CFP, ISL70419SEH 4 1.5 0.5 4.5 to 36 0.44 8 15 110µV 43 No 120 120 129 300 50 SEL Free V, /PROTO Space 14pin-CFP
HS-508BRH Single 8:1 Mux ±15V 3µs 300 - -55 to +125 V, Q, /PROTO
-1.0mA (DI) Space 16pin-SBDIP ISL70417SEH 4 1.5 0.5 4.5 to 40 0.44 8 5 110µV 43 No 120 120 129 300 50 SEL free V, /PROTO Space 14pin-CFP
+2.0mA/ Latch-up free 16pin-CFP, ISL70244SEH 2 19 60 2.7 to 40 1.2 12.3 650 500µV 8 Yes 123 92 118 300 50 86.4 V, /PROTO Space 10pin-CFP
HS-508BEH Single 8:1 Mux ±15V 3µs 300 50 -55 to +125 V, /PROTO Space
-1.0mA (DI) 16pin-SBDIP ISL70227SRH - 86 M, /PROTO Military
2 10 3.6 4.5 to 36 2.8 2.5 12 100µV 45 No 110 115 120 100 10pin-CFP
Military, ISL70227SEH 50 SEL free V, /PROTO Space
HS-1840BRH - Latch-up free V, Q, /PROTO 28pin-CFP,
Single 16:1 Mux ±12V±10% ±500µA 1.5µs 300 -55 to +125 Space ISL70219ASEH 2 1.5 0.5 4.5 to 36 0.49 8 15 110µV 41 No 145 145 143 300 100 SEL free V, /PROTO Space 10pin-CFP
(DI) 28pin-SBDIP
HS-1840BEH 50 V, /PROTO Space ISL70218SRH - 86.4 M, /PROTO Military
2 4 1.2 3 to 36 1.4 5.6 75 290µV 10 No 100 97 115 100 10pin-CFP
Space Lower ISL70218SEH 50 SEL free V, /PROTO Space
HS-1840ARH-T 100 - T, /PROTO 28pin-SBDIP
Level Military
ISL28417SEH 4 1.5 0.5 4.5 to 40 0.44 8 - 8.5µV 43 No 145 145 143 - 50 73.9 Standard 14pin-CFP
Latch-up free Military, 28pin-CFP, (Non-QML)
HS-1840ARH Single 16:1 Mux ±15V ±500µA 1.5µs 300 - -55 to +125 V, Q, /PROTO Military
(DI) Space 28pin-SBDIP ISL28227SEH 2 10 3.6 4.5 to 36 2.8 2.5 10 75µV 45 No 117 120 123 - 50 86.4 Standard 10pin-CFP
(Non-QML)
28pin-CFP,
HS-1840AEH 300 50 V, /PROTO Space HS-OP470AEH 4 8 3 10 to 30 1.375 6 630 2.6mV 10 No 80 80 92 100 50 SEL free V Space 14pin-CFP
28pin-SBDIP
14pin-CFP,
+2.0mA/ Latch-up free HS-5104AEH 4 8 3 10 to 30 1.875 6 550 5mV 10 No 80 80 92 100 50 SEL free V, /PROTO Space
HS-0548RH Single 8:1 Mux ±15V 1.0µs 10 - -55 to +125 V, Q, /PROTO Space 16pin-SBDIP 14pin-SBDIP
-1.0mA (DI)
Military,
+2.0mA/ Latch-up free HS-3530ARH - V, Q, /PROTO 10pin-CFP,
HS-0547RH Single 16:1 Mux ±15V 1.0µs 10 - -55 to +125 V, Q, /PROTO Space 28pin-CFP 1 0.75 0.25 6 to 30 0.16 - 100 5mV 2.5 No 80 80 80 300 SEL free Space
-1.0mA (DI) 8pin-CAN
HS-3530AEH 50 V, /PROTO Space
Differential 8:1 +2.0mA/ Latch-up free HS-1145RH 1 300 1000 10 6.5 3.5 25000 10mV 28 No 46 44 92 300 - SEL free V, Q, /PROTO Space 8pin-SBDIP
HS-0546RH ±15V 1.0µs 10 - -55 to +125 V, Q, /PROTO Space 28pin-CFP
Mux -1.0mA (DI)
14pin-CFP,
HS-1135RH 1 360 1200 10 6.9 3.5 25000 10mV 28 No 46 44 92 300 - SEL free V, Q, /PROTO Space
Switches 8pin-SBDIP

Supply Voltage Supply

of Current t ON HDR ELDRS
Supply Voltage Specification (max, (max, krad krad SEL Temperature Qualification Instrumentation Amplifiers
Temperature Range: -55°C to +125°C
Part Number Range Limits post-rad) post-rad) (Si) (Si) (MeV/mg/cm2) Range (°C) Class Level Package
Slew Max
+150µA/ Military, Rate IS per Noise IBIAS Offset HDR ELDRS SEL
HS-303CEH ±15V ±15V 1000ns 100 50 SEL free -55 to +125 V, Q, /PROTO 14pin-CFP
-100µA Space BW (V/ V S Range Amp VN (max) Voltage IOUT krad krad (MeV/ Qualifica-
HS-303BRH - Part Number Output (MHz) µs) (V) (mA) (nV/√Hz) (ns) (µV) (mA) (Si) (Si) mg/cm2) Class tion Level Package
+150µA/ Military, 14pin-CFP,
±15V ±12V 450ns 300 SEL free -55 to +125 V, Q, /PROTO ISL70617SEH Differential 5.5 4 8 to 40 4.3 8.6 25 300 45 - 75 SEL free V, /PROTO Space 24pin-CFP
HS-303BEH -100µA 50 Space 14pin-SBDIP
ISL70517SEH Single-Ended 5.5 4 8 to 40 4.3 8.6 25 300 45 - 75 SEL free V, /PROTO Space 24pin-CFP
HS-303ARH +150µA/ - Military, 14pin-CFP,
±15V ±15V 450ns 300 SEL free -55 to +125 V, Q, /PROTO
HS-303AEH -100µA 50 Space 14pin-SBDIP

HS-302AEH ±15V ±15V

+150µA/
-100µA
1000ns 100 50 SEL free -55 to +125 V, /PROTO Space 14pin-CFP CAN Bus Transceivers
Temperature Range: -55°C to +125°C
Military,
HS-201HSRH - V, Q, /PROTO

Max IS (Shutdown Mode)

Maximum VTHRLM (mV)
16pin-CFP,

Minimum VHYSLM (mV)

Minimum VTHFLM (mV)
±15V ±15V 12mA 80ns 300 SEL free -55 to +125 Space

Max Number of Nodes

Transmit/Receive Bus
16pin-SBDIP

Max IS (Listen Mode)

Speeds Up To (Mbps)
HS-201HSEH 50 V, /PROTO Space

Maximum Leakage
Loopback Feature

Shutdown Mode

Current (µA)
Listen Mode
V REF Output
Common
Mode HDR ELDRS SEL Qualifi-
V S Range Range krad krad (MeV/ cation

(mA)

(µA)
Part Number (V) (V) (Si) (Si) mg/cm2) Class Level Package
ISL72028SEH - 60
3.0 to 3.6 -7 to 12 120 5 No Yes No Yes - - - - 50 ±25 75 V, /PROTO Space 8pin-CFP
ISL72028BSEH 100 86.4
ISL72027SEH - 60
3.0 to 3.6 -7 to 12 120 5 No Yes Yes No 1150 525 50 2 - ±25 75 V, /PROTO Space 8pin-CFP
ISL72027BSEH 100 86.4
ISL72026SEH - 60
3.0 to 3.6 -7 to 12 120 5 Yes No Yes No 1150 525 50 2 - - 75 V, /PROTO Space 8pin-CFP
ISL72026BSEH 100 86.4
 20-21

Radiation Hardened Power Products Qualification Level

Military = QML Class Q
Space = QML Class V
GaN FETs Space Lower Level = QML Class T
GaN FET Drivers
Thermal Prop
VGS(TH) VGS RDSON QG Resistance HDR ELDRS SEL Tempera- Peak Peak Delay EL- SEL
V DS IDS (Max) (Max) (Typ) (Typ) θJC krad krad (MeV/ ture Range Qualification V IN V IN Gate Source Sink Rise Fall Prop Matching HDR DRS (MeV/ Temp Qualifi-
Part Number (V) (A) (V) (V) (mΩ) (nC) (°C/W) (Si) (Si) mg/cm2) (°C) Class Level Package (Min) (Max) Drive Current Current Time Time Delay (ns) krad krad mg/ Range cation
Part Name Type (V) (V) (V) (A) (A) (ns) (ns) (ns) (Typ) (Si) (Si) cm2) (°C) Class Level Package
ISL73024SEH - Mod-Class V, Modified
200 7.5 2.5 6 45 14 18.7 75 86 -55 to +125 4pin-CLCC V
ISL70024SEH 100 /PROTO Class V Half -55 to
ISL73041SEH 4.75 13.2 4.5 2/4 4/8 18/14 15/10 29 1 - 75 86 Equivalent, Space 16 Ld CLCC
Bridge +125
ISL73023SEH - /PROTO
Mod-Class V, Modified
100 60 2.5 6 5 2.5 3.1 75 86 -55 to +125 4pin-CLCC
ISL70023SEH 100 /PROTO Class V ISL73040SEH Low - -55 to
4.5 13.2 4.5 3 4 12.5 7.5 40 1 75 86 V, /PROTO Space 8pin-CLCC
ISL70040SEH Side 100 +125
ISL73020SEH - Mod-Class V, Modified
40 65 2.5 6 3.5 19 3.1 75 86 -55 to +125 4pin-CLCC
ISL70020SEH 100 /PROTO Class V

Linear Regulators MOSFET Drivers

IOUT V IN V IN VOUT VOUT V DO @ Iq HDR SEL
(Max) (Min) (Max) (Min) (Max) IOUT (Typ) (Typ) krad ELDRS (MeV/ Temperature Qualifica- Peak Input Input Bus
Part Number (A) (V) (V) (V) (V) (V) (mA) (Si) krad (Si) mg/cm2) Range (°C) Class tion Level Package IOUT VCC VCC Voltage Rise Time Fall Time HDR ELDRS SEL Qualifi-
Driver # of (Typ) (Min) (Max) (Max) (Typ) (Typ) krad krad (MeV/ Temp Range cation
V, Q, /
ISL75052SEH 100 Part Number Type Ch Output Type (A) (V) (V) (V) (ns) (ns) (Si) (Si) mg/cm2) (°C) Class Level Package
1.5 4 13.2 0.6 12.7 0.225 6 50 86 -55 to +125 PROTO Space 16pin-CFP
Low Non- 23, 20, V, Q, / Military,
ISL73052SEH - V, /PROTO ISL7457SRH 4 2 4.5 16.5 N/A 10 - 40 -55 to +125 16pin-CFP
Side inverting CL = 1nF CL = 1nF PROTO Space
ISL75051ASEH 100 Low Non- 135, 135, Military,
ISL74422BRH 1 9 8 18 N/A - - - -55 to +125 - 16pin-CFP
3 2.2 6 0.8 5 0.225 11 50 86.3 -55 to +125 V, /PROTO Space 18pin-CFP Side inverting CL = 10nF CL = 10nF Space
ISL73051ASEH - Low Non- 135, 90, SEL V, Q, / Military,
ISL74422ARH 1 9 7 18 N/A 300 - -55 to +125 16pin-CFP
Report V, Q, / Military, Side inverting CL = 10nF CL = 10nF free PROTO Space
ISL72991RH 1 -3 -30 -2.25 -26 1 6 300 SEL free -55 to +125 28pin-CFP V, Q, / Military,
Available PROTO Space IS-2100ARH -
Half 60, 60, SEL PROTO Space
N/A Synchronous 1.5 12 20 130 300 -55 to +125 16pin-CFP
Report V, Q, / Military, Bridge CL = 1nF CL = 1nF free
HS-117RH 3pin-CAN, IS-2100AEH 50 V, /PROTO Space
1.25 4 40 1.25 37 4 N/A 300 Available SEL free -55 to +125 PROTO Space 3pin-CLCC, V, Q, / Military,
HS-117EH 50 V, /PROTO Space 3pin-TO-257 IS-1715ARH Low Comple- 50, 50, - SEL
2 3 10 18 N/A 300 -55 to +125 PROTO Space 16pin-CFP
Side mentary CL = 2.2nF CL = 2.2nF free
IS-1715AEH 50 V Space
Switching Regulators Military,
Space
Switch- HS-4424RH Low Non- 75, 75, - SEL V, /PROTO
2 2 12 18 N/A 300 -55 to +125 lower level, 16pin-CFP
Max Peak ing SEL Side inverting CL = 4.3nF CL = 4.3nF free Space
# of V IN V IN VOUT VOUT IOUT Duty Effi- Freq. HDR ELDRS (MeV/ Temp Qualifi- HS-4424EH 50 V Space
Out- Topol- (Min) (Max) (Min) (Max) (Max) Cycle ciency Control Range krad krad mg/ Range cation HS-4424DRH - V, /PROTO
Low Non- 75, 75, SEL
Part Name puts ogy (V) (V) (V) (V) (V) (%) (%) Type (MHz) (Si) (Si) cm2) (°C) Class Level Package 2 2 8 18 N/A 300 -55 to +125 Space 16pin-CFP
HS-4424DEH Side inverting CL = 4.3nF CL = 4.3nF 50 free V
See See V V, Q, / Military,
Current -55 to HS-4424BRH Low Non- 75, 75, - SEL
ISL73007SEH 1 Buck 3 18 0.6 (EQ1) 3 (EQ2) 95 0.3 to 1 - 75 86 Equivalent, Space 14 Ld CDFP 2 2 12 18 N/A 300 -55 to +125 PROTO Space 16pin-CFP
Mode +125 Side inverting CL = 4.3nF CL = 4.3nF free
below below /PROTO HS-4424BEH 50 V Space
85% x Voltage -55 to Military,
ISL73005SEH 2 Buck 3 5.5 0.6 3 85 94 0.1 to 1 - 75 86.4 V, /PROTO Space 28pin-CFP HS-4423RH, V, Q, / Space
V IN Mode +125 - 16pin-CFP
HS-4423BRH 75, SEL PROTO lower level,
Low 75, 300 -55 to +125
85% x Voltage -55 to 2 Inverting 2 12 18 N/A CL = 4.3nF free Space
ISL70005SEH 2 Buck 3 5.5 0.6 3 85 94 0.1 to 1 100 75 86.4 V, /PROTO Space 28pin-CFP Side CL = 4.3nF
V IN Mode +125
HS-4423EH,
50 V Space 16pin-CFP
85% x Voltage -55 to HS-4423BEH
ISL70003ASEH 1 Buck 3 13.2 0.6 9 88 95 0.3, 0.5 100 100 86.4 V, /PROTO Space 64pin-CQFP
VIN Mode +125 Full 65, 60, SEL
HS-4080AEH N/A Synchronous 2.5 12 15 80 300 50 -55 to +125 V Space 20pin-CFP
Bridge CL = 1nF CL = 1nF free
85% x Current -55 to
ISL70002SEH 1 Buck 3 5.5 0.6 12 90 92 0.5, 1.0 100 100 86.4 V, /PROTO Space 64pin-CQFP
VIN Mode +125
V, Q, / Military, Supervisory
ISL70001SRH -
PROTO Space

Precision Threshold
Voltage Monitor (V)
85% x Current -55 to

Watchdog Output
1 Buck 3 5.5 0.6 6 90 94 1 to 1 100 86.4 48pin-CQFP

Precision Supply
ISL70001SEH VIN Mode 50 +125 V, /PROTO Space

Independent
Detector (V)
ISL70001ASEH 100 V, /PROTO Space
___ HDR ELDRS SEL
Manual RST RST _______ krad krad (MeV/ Temp Range Qualification
(tPERIOD - tMIN-OFF) Part Number Reset OUTPUT Output RST_OD (Si) (Si) mg/cm2) (°C) Class Level Package
(EQ1) Vin ∗
tPERIOD ISL705AEH V, /PROTO Space
4.65 1.25 Yes Yes Push-Pull - - 100 100 86 -55 to +125 8pin-CFP
(tPERIOD - tMIN-OFF) ISL705ARH V, Q, /PROTO Military, Space
(EQ2) ISL705BEH V, /PROTO Space
tPERIOD 4.65 1.25 Yes Yes - Push-Pull - 100 100 86 -55 to +125 8pin-CFP
ISL705BRH V, Q, /PROTO Military, Space
ISL705CEH V, /PROTO Space
4.65 1.25 Yes Yes - - Open-Drain 100 100 86 -55 to +125 8pin-CFP
ISL705CRH V, Q, /PROTO Military, Space
ISL706AEH V, /PROTO Space
3.08 0.6 Yes Yes Push-Pull - - 100 100 86 -55 to +125 8pin-CFP
ISL706ARH V, Q, /PROTO Military, Space
ISL706BEH V, /PROTO Space
3.08 0.6 Yes Yes - Push-Pull - 100 100 86 -55 to +125 8pin-CFP
ISL706BRH V, Q, /PROTO Military, Space
ISL706CEH V, /PROTO Space
3.08 0.6 Yes Yes - - Open-Drain 100 100 86 -50 to +125 8pin-CFP
ISL706CRH V, Q, /PROTO Military, Space
 22-23

Radiation Hardened Power Products (continued) MEMO

Qualification Level
Military = QML Class Q
Space = QML Class V
Power Sequencers Space Lower Level = QML Class T

V DD V DD
Supply Supply # of Program- HDR ELDRS SEL Qualifi-
Range Current Controlled mable P GOOD krad krad (MeV/ Temp Range cation
Part Number (V) (mA) Supplies Output Type Cascadable Delay Timer (Si) (Si) mg/cm2) (°C) Class Level Package
ISL73321SEH 3 to 13.2 3.5 4 Enable Open Drain Yes Yes Yes - 75 SEL free -55 to +125 V, /PROTO Space 18pin-CFP
ISL70321SEH 3 to 13.2 3.5 4 Enable Open Drain Yes Yes Yes 100 75 SEL free -55 to +125 V, /PROTO Space 18pin-CFP

Switching Controllers
Oper- UVLO
Operating Duty ating SStart SEL
VCC V IN Freq. Cycle Current Threshold Number HDR ELDRS (MeV/ Temp Qualifi-
Max Min (Max) (Max) (Typ) (Typ) of Phase of krad krad mg/ Range cation
Part Number Topology (V) (V) (MHZ) (%) (mA) (V) Outputs Outputs (Si) (Si) cm2) (°C) Class Level Package
Half Bridge Out of SEL -55 to V Equivalent,
ISL73847SEH - 4.5 1.5 97 12 4.2 1 100 75 Space 24 Ld CDFP
Current Mode Phase FREE 125°C /PROTO
Military,
ISL78845ASRH - V, Q, /PROTO 8pin-CFP
Boost, Flyback, 100 -55 to Space
13.2 9 0.5 50 2.9 8.4 1 - 43 8pin-SBDIP
ISL78845ASEH Isolated +125
50 V, /PROTO Space
ISL738845ASEH - 8pin-CFP
Military,
ISL78843ASRH - V, Q, /PROTO 8pin-CFP
Boost, Flyback, 100 -55 to Space
13.2 9 1 100 2.9 8.4 1 - 43 8pin-SBDIP
ISL78843ASEH Isolated +125
50 V, /PROTO Space
ISL738843ASEH - 8pin-CFP
Military,
ISL78841ASRH - V, Q, /PROTO 8pin-CFP
Boost, Flyback, 100 -55 to Space
13.2 9 1.5 50 2.9 7 1 - 43 8pin-SBDIP
ISL78841ASEH Isolated +125
50 V, /PROTO Space
ISL738841ASEH - 8pin-CFP
Military,
ISL78840ASRH - V, Q, /PROTO 8pin-CFP
Boost, Flyback, 100 -55 to Space
13.2 9 1 100 2.9 7 1 - 43 8pin-SBDIP
ISL78840ASEH Isolated +125
50 V, /PROTO Space
ISL738840ASEH - 8pin-CFP
Boost, Flyback, SEL -50 to Military, 16pin-SBDIP
ISL71823BSRH 20 12 1 100 25 8.6 2 In Phase 300 - V, Q, /PROTO
Isolated FREE +125 Space 20pin-CFP
Voltage or Current
SEL -50 to Military, 20 LD FP,
ISL71823ASRH Mode Switching 20 12 1 100 25 8.6 2 In Phase 300 V, Q, /PROTO
FREE +125 Space 16 LD SBDIP
Power Supplies
In Qualifi- Military,
IS-1825ASRH V, Q, /PROTO
Voltage or Current cation Space
Out of SEL -50 to 16pin-SBDIP
Mode Switching 20 12 0.5 50 25 8.6 2 300 Military,
IS-1825BSRH Phase - FREE +125 V, Q, /PROTO 20pin-CFP
Power Supplies Space
IS-1825BSEH 50 V, /PROTO Space
Current Mode Military,
IS-1845ASRH - SEL -50 to V, Q, /PROTO Space 18pin-CFP
Switching Power 20 12 0.5 50 17 8.8 1 - 300
FREE +125 8pin-SBDIP
IS-1845ASEH Supplies 50 V, /PROTO Space
Voltage or Current Military,
HS-1825ARH Out of SEL -50 to V, Q, /PROTO Space 16pin-CFP
Mode Switching 30 12 1 100 36 8.4 2 300 -
Phase FREE +125 16pin-SBDIP
HS-1825AEH Power Supplies V, /PROTO Space
 24-25

Radiation Tolerant Plastic Products

Rad-Tolerant Analog Rad-Tolerant Power

Supply PWM Controllers
Isolation Data Voltage Propa- ELDRS SEL
Start-up
Part Voltage Rate Output Range gation (krad (MeV* Temp Range Qualification
Operating Current Duty ELDRS SEL Temp Qualifi-
Number Description (min) (Mbps) Format (V) Delay Input Type (Si)) cm2/mg) (°C) Level Package
Topology Control V DD Current (Typ) Cycle (krad (MeV* Range cation
CAN Bus Transceivers Part Number Description [Rail 1] Topology Mode (V) (mA) (µA) (%) (Si)) cm2/mg) (°C) Level Package
Rad-Tolerant 3.3V CAN Boost, Peak
ISL71026M Transceiver, 1Mbps, Listen Mode, - - - 3 to 3.6 - - 30 43 -55 to +125 RT Plastic 14pin-TSSOP Rad-Tolerant Single-Ended -55 to RT 8 Ld SOICN,
ISL71043M Forward, Flyback Current 9 to 13.2 2.9 90 100 30 43
Loopback Current Mode PWM Controller +125 Plastic 8 Ld TDFN
Single-Ended Mode
Rad-Tolerant Single-Ended -55 to RT
ISL71041M Single-Ended Flyback 9 to 13.2 2.9 90 50 30 43 8 Ld TDFN
Multiplexers Current Mode PWM Controller +125 Plastic
Switch
Channels VCC t AHL Input Off Charge ELDRS SEL
per device (Single) (Max) Leakage Injection (krad (MeV* Temp Range Qualification Switching Regulators
Part Number Description (#) (V) (ns) (Max) (nA) (pC) (Si)) cm2/mg) (°C) Level Package

(Max) [Rail 1] (A)

Topology [Rail 1]

Frequency (KHz)
Peak Efficiency
Output Voltage

Output Voltage

Output Current
Rad-Tolerant 5V 16-Channel Analog

Input Voltage

Input Voltage
ISL71030M 16 3 - 5.5 70 120 5 30 43 -55 to +125 RT Plastic 32 Ld TQFP
Multiplexer

Outputs (#)

Switching

Capability
(Max) (V)

(Max) (V)
(Min) (V)

(Min) (V)
ELDRS SEL Temp Qualifi-

SYNCH
Control (krad (MeV Range cation
Operational Amplifiers Part

(mA)

(%)
Type (Si)) *cm2/mg) (°C) Level Package

IQ
Number Description
Offset Voltage (Max) (mV)

6A Rad-Tolerant Sync
Current -55 to RT 64 Ld
ISL71001M Buck Regulator with Int. Buck 1 3 5.5 0.85 4.675 6 1.4 1.18 95 Yes 30 43
Mode +125 Plastic TQFP-EP

SEL (MeV*cm2/mg)
MOSFETs

Rail-to-Rail Output
Noise VN (nV/√Hz)
Bandwidth (MHz)

Rail-to-Rail Input
IS (per amp) (mA)

ELDRS (krad (Si))

Slew Rate (V/µs)
Channels (#)

V S (Max) (V)
V S (Min) (V)

CMRR (dB)
GaN FET Drivers

AVOL (dB)
PSRR (db)
Temp
IOUT (A)

Part Range Qualification Prop

Number Description (°C) Level Package Peak Peak Delay SEL
Dual 36V Precision Single- V IN V IN Gate Source Sink Rise Fall Prop Matching HDR ELDRS (MeV* Temp Qualifi-
ISL71218M 2 4 1.2 3 36 1.4 5.6 0.29 0.01 No Yes 100 97 115 30 43 -55 to +125 RT Plastic 8 Ld SOICN
Supply, Low-power Op Amp (min) (max) Drive Current Current Time Time Delay (ns) krad krad cm2/ Range cation
19MHz 40V Quad Low- Part Number Description Type (V) (V) (V) (A) (A) (ns) (ns) (ns) (Typ) (Si) (Si) mg) (°C) Level Package
ISL71444M 4 19 60 2.7 40 1.1 11.3 0.5 0.01 Yes Yes 130 113 130 30 43 -55 to +125 RT Plastic 14 Ld TSSOP
power Op Amp
Radiation
Tolerant 12V Half -55 to RT 20 Ld
ISL71441M 4.75 13.2 4.5 2/4 4/8 15/10 1.5 29 1 - 30/50 43
Voltage References Half-Bridge
GaN FET Driver
Bridge +125 Plastic QFN
Output
Tempco IS Vs Accuracy over Current ELDRS SEL Temp Qualifi- Rad-Tolerant
Low -55 to RT 8 Ld
VOUT (ppm/°C) (Typ) Range temperature/ Output Noise Capabil- (krad (MeV* Range cation ISL71040M Low-Side GaN 4.5 13.2 4.5 3 4 7.5 1.4 40 1 - 30/50 43
Side +125 Plastic TDFN
Part Number Description (V) (max) (µA) (V) radiation (Typ) ity (Si)) cm2/mg) (°C) Level Package FET Driver
Ultra Low Noise, 2.5V 2.5V 1.9μV P-P -55 to RT 8 Ld
ISL71010B25 10 930 4-30 ±0.15% 20mA 30 43
Precision Voltage Reference ±0.05% (0.1Hz to 10Hz) +125 Plastic SOICN
Ultra Low Noise, 5V Precision 5.0V 4.2μV P-P -55 to RT 8 Ld
ISL71010B50 10 930 7-30 ±0.15% 930μA 30 43
Voltage Reference ±0.05% (0.1Hz to 10Hz) +125 Plastic SOICN

RF Switches
Part Frequency Isolation Insertion IP0.1dB IIP2 IIP3 ELDRS SEL Temp Qualifica-
Number Description Range (GHz) (dB) Loss (dB) (dBm) (dBm) (dBm) (krad (Si)) (MeV*cm2/mg) Range (°C) tion Level Package
Rad-Tolerant DC-8GHz 16 Ld
ISL71934M DC - 8 67 0.79 32 111 64 30 43 -55 to 105 RT Plastic
SPDT RF Switch QFN

Rad-Tolerant Digital
Supply
Isolation Data Voltage Propa- ELDRS SEL
Part Voltage Rate Output Range gation (krad (MeV* Temp Range Qualification
Number Description (min) (Mbps) Format (V) Delay Input Type (Si)) cm2/mg) (°C) Level Package
Digital Isolators
Rad-Tolerant Active-Input High High
ISL71710M 2.5kVrms 150 CMOS 3 to 5 10 30 43 -55 to +125 RT Plastic 8pin-SOICN
Speed Digital Isolator Impedance
Rad-Tolerant Passive-Input Digital
ISL71610M 2.5kVrms 100 CMOS 3 to 5 8 Passive 30 43 -55 to +125 RT Plastic 8pin-SOICN
Isolator
 26-27

MEMO MEMO
© 2023 Renesas Electronics Corporation.
All rights reserved.
Document No. R30CA0174EU0800