Ariat Technology Limited, Rm 2703 27F Ho King Comm Center 2-16, Fa Yuen St MongKok Kowloon, Hong Kong (2026)

20/04/2026

Manufacturer Part Number
STM32F429ZIT6

Manufacturer
STMicroelectronics

Introduction
STM32F429ZIT6 is a high-performance 32-bit microcontroller built on the ARM Cortex-M4 core. It is designed for advanced embedded systems that need strong processing capability, large Flash memory, rich connectivity, graphics support, and mixed-signal control in one device. It is well suited for industrial control, HMI, networking, instrumentation, and complex real-time applications.

Product Features and Performance
ARM Cortex-M4 single-core architecture with DSP capability for fast control and signal processing
Maximum clock speed 180 MHz for high real-time computing performance
Large on-chip program memory 2 MB Flash for complex firmware, communication stacks, GUI frameworks, and application code
On-chip RAM 256 KB for buffering, runtime data, protocol handling, and control tasks
114 programmable I/O pins for interface-dense embedded designs
Integrated Ethernet connectivity for networked embedded systems
Integrated CAN bus support for industrial and automotive-style communication networks
USB OTG support for embedded USB host or device applications
Multiple serial interfaces including I2C, SPI, UART, USART, IrDA, and LINbus support
EBI/EMI external bus interface support for connection to external memory and parallel peripherals
LCD peripheral support for graphics displays and human-machine interface products
I2S support for digital audio data transfer
DMA controller reduces CPU overhead during peripheral and memory transfers
12-bit ADC subsystem with 24 channels for analog sensing and measurement
Dual 12-bit DAC outputs for waveform generation and analog control output
Brown-out detection and reset monitoring for stable power-up behavior
POR and reset supervision for reliable startup control
PWM support for motor control, lighting control, and power conversion
Watchdog timer for recovery from firmware faults
Internal oscillator support simplifies clock architecture in many designs
Wide supply range 1.8 V to 3.6 V supports modern low-voltage embedded systems
Surface-mount 144-LQFP package for high pin count without BGA complexity
Industrial operating temperature range suitable for controlled harsh environments

Product Advantages
180 MHz Cortex-M4 performance gives a strong balance of speed, power, and embedded control capability
2 MB Flash provides large code space for feature-rich products
256 KB RAM supports graphics, communication buffering, and multitasking
Integrated Ethernet, CAN, USB OTG, and LCD support reduces the need for external interface ICs
High pin count makes it suitable for products with many sensors, buses, displays, and external devices
Dual DAC and high-channel-count ADC improve mixed-signal system integration
LQFP package is easier to prototype and manufacture than fine-pitch BGA alternatives
Part of the STM32F4 ecosystem with strong software, middleware, documentation, and community support

Key Technical Parameters
Core processor ARM Cortex-M4
Core type 32-bit single-core
Maximum speed 180 MHz
Program memory size 2 MB
Program memory type Flash
RAM size 256 KB
EEPROM none specified
Supply voltage range 1.8 V to 3.6 V
Number of I/O 114
ADC configuration 24 channels 12-bit
DAC configuration 2 channels 12-bit
Connectivity CANbus, EBI/EMI, Ethernet, I2C, IrDA, LINbus, SPI, UART/USART, USB OTG
Peripherals Brown-out Detect/Reset, DMA, I2S, LCD, POR, PWM, WDT
Oscillator type internal
Operating temperature -40 °C to +85 °C
Mounting type surface mount
Package 144-LQFP
Supplier device package 144-LQFP 20 mm × 20 mm
Series STM32F4
Base product family STM32F429
Product status active

Quality and Safety Features
Brown-out detect and reset protection helps prevent unstable operation during supply dips
POR reset supervision improves startup reliability
Watchdog timer supports recovery from software lockup conditions
Industrial temperature rating supports dependable operation in demanding embedded environments
Integrated peripherals reduce interconnect complexity and lower system-level failure points
STMicroelectronics production and quality framework supports long-term embedded reliability
Suitable for safety-conscious designs when paired with proper external supervision, power integrity, and firmware diagnostics

Compatibility
Compatible with STM32CubeIDE, STM32CubeMX, HAL, and LL software frameworks
Compatible with common ARM Cortex-M toolchains including GCC, Keil, and IAR
Suitable for FreeRTOS and other RTOS-based applications
Works with Ethernet PHY devices, external memories, LCD panels, sensors, ADC front ends, audio interfaces, and industrial communication peripherals
Compatible with other STM32F4 design flows for easier migration within the family
Good fit for systems that need USB, CAN, Ethernet, graphics, and analog functions in one MCU
LQFP package is compatible with rework-friendly manufacturing and many industrial PCB assembly flows

15/04/2026

Manufacturer Part Number
NMV1215SAC

Manufacturer
Murata Power Solutions

Introduction
NMV1215SAC is a compact isolated DC-DC converter module designed to convert a nominal 12 V input into a regulated 15 V output. It is built for board-level power isolation in commercial and embedded systems that need a simple, low-power isolated supply rail.

Product Features and Performance
Single-output isolated DC-DC converter module
Nominal 12 V input class with operating input range 10.8 V to 13.2 V
Regulated 15 V output for analog interface, signal conditioning, and isolated bias supply use
Maximum output current 67 mA
Output power 1 W
Isolation voltage 3 kV for strong galvanic isolation between input and output
Through-hole SIP construction for secure PCB mounting
Compact 7-SIP package with 4 leads for space-sensitive layouts
Efficiency approximately 77%
Operating temperature range -40 °C to +85 °C
Designed for low-power isolated supply generation in embedded electronics
Simple integration with minimal external design complexity
Suitable for fixed isolated rail generation rather than programmable conversion

Product Advantages
3 kV isolation improves safety and noise immunity
Compact SIP package saves board space
Direct 12 V to 15 V conversion simplifies isolated rail design
Low-power module format reduces design time compared with discrete isolated converter design
Through-hole mounting provides solid mechanical attachment
Suitable for signal-chain isolation, interface isolation, and auxiliary isolated power rails
Murata power module platform offers predictable performance and integration ease

Key Technical Parameters
Converter type isolated DC-DC module
Number of outputs 1
Input voltage range 10.8 V to 13.2 V
Output voltage 15 V
Maximum output current 67 mA
Rated output power 1 W
Isolation voltage 3 kV
Efficiency 77%
Operating temperature -40 °C to +85 °C
Mounting type through hole
Package type 7-SIP module, 4 leads
Dimensions 19.5 mm × 6.0 mm × 10.0 mm
Base product family NMV12

Quality and Safety Features
3 kV galvanic isolation helps protect low-voltage circuits from ground potential differences
Electrical isolation reduces common-mode noise coupling
Industrial temperature range supports stable operation in demanding environments
Module-based construction reduces implementation risk compared with custom isolated power design
Manufactured under Murata Power Solutions quality controls
Suitable for systems that require isolated auxiliary power with simple safety partitioning

Compatibility
Compatible with 12 V nominal power systems
Suitable for isolated analog front ends, interface circuits, sensor modules, and communication subsystems
Can be used where an isolated 15 V rail is needed for op amps, transducers, or signal conditioning stages
Fits through-hole SIP footprints used in many compact board-level isolated power designs
Appropriate for commercial and embedded systems that do not require higher output power

Application Areas
Industrial signal isolation
Instrumentation and measurement electronics
Embedded control systems
Interface isolation power rails
Data acquisition modules
Communication interface isolation
Commercial electronic equipment
Auxiliary isolated bias supplies

Product Lifecycle
Part status active
Suitable for ongoing production use
Member of the NMV 1 W series with related variants for different input and output combinations
No discontinuation indication in the provided specifications
Replacement or upgrade options are typically available within the same Murata isolated DC-DC converter family when different voltage combinations or power levels are needed

Several Key Reasons to Choose This Product
Provides a simple isolated 15 V rail from a 12 V input without a custom converter design
3 kV isolation is useful for noise reduction and safety separation
Compact SIP format makes PCB integration easy
1 W power level is a good fit for low-power isolated bias applications
Wide operating temperature range supports embedded and industrial use
Through-hole module construction improves mechanical robustness
Active lifecycle status makes it suitable for maintenance and new low-power isolation designs

more: https://www.ariat-tech.com/parts/murata-power-solutions/NMV1215SAC

08/04/2026

Manufacturer Part Number
IXTA44P15T-TRL

Manufacturer
IXYS

Introduction
IXTA44P15T-TRL is a high-current P-channel power MOSFET designed for switching and load control in medium-voltage power circuits. It combines 150 V drain-source capability, low on-resistance, and strong power dissipation in a surface-mount TO-263 package, making it suitable for power conversion, battery-side switching, and industrial control designs.

Product Features and Performance
P-channel MOSFET structure for high-side switching and negative-rail control
150 V drain-to-source voltage rating for medium-voltage power stages
44 A continuous drain current at case temperature
Low RDS(on) 65 mΩ maximum at 22 A and 10 V gate drive
Trench power MOSFET technology for reduced conduction loss
High power dissipation capability 298 W at case temperature
Gate charge 175 nC maximum at 10 V for controlled switching performance
Input capacitance 13400 pF maximum at 25 V
Gate threshold voltage 4 V maximum at 250 µA
Maximum gate-source voltage ±15 V
Wide junction temperature range −55 °C to +150 °C
Surface-mount TO-263 / D2PAK power package for efficient thermal transfer
Optimized for high-current switching with solid thermal handling
Suitable for linear and switching operation where P-channel topology is preferred

Product Advantages
P-channel device simplifies high-side switching in many designs
150 V rating provides voltage margin in industrial and power applications
Low on-resistance reduces conduction loss and heat generation
High package power dissipation supports demanding thermal conditions
Surface-mount package simplifies automated assembly compared with larger through-hole parts
Strong current capability allows use in motor, battery, and converter control stages
IXYS TrenchP technology supports efficient power switching behavior

Key Technical Parameters
FET type P-channel MOSFET
Technology TrenchP MOSFET metal oxide
Drain-source voltage VDS 150 V
Continuous drain current ID 44 A at 25 °C case
Drive voltage for rated RDS(on) 10 V
RDS(on) maximum 65 mΩ at 22 A 10 V
Gate threshold voltage VGS(th) maximum 4 V at 250 µA
Gate charge Qg maximum 175 nC at 10 V
Gate-source voltage maximum ±15 V
Input capacitance Ciss maximum 13400 pF at 25 V
Power dissipation maximum 298 W at case temperature
Operating junction temperature −55 °C to +150 °C
Mounting type surface mount
Package TO-263-3 D2PAK TO-263AB
Supplier package TO-263AA

Quality and Safety Features
Wide junction temperature range supports harsh operating conditions
High thermal dissipation package improves long-term reliability under load
Low conduction loss helps reduce thermal stress in steady-state operation
Manufactured under IXYS power semiconductor quality controls
Suitable for robust industrial and power-management applications
Package style supports secure soldered thermal connection to PCB copper area

Compatibility
Compatible with high-side power switch topologies using P-channel MOSFET control
Suitable for battery disconnect and reverse-polarity related switching architectures
Works with MOSFET gate drivers designed for P-channel devices
Usable in DC-DC converters, load switches, power distribution circuits, and industrial controls
Fits TO-263 / D2PAK surface-mount power layouts with proper thermal design
Can be considered within IXTA44 family migration paths when matching voltage, current, and thermal limits

Application Areas
High-side load switching
Battery-powered power path control
Industrial power distribution
Motor control auxiliary switching
DC bus disconnect circuits
Power supplies and DC-DC converter stages
Automotive-adjacent and industrial medium-voltage switching designs
Protection and load management circuits

Product Lifecycle
Part status Active
No discontinuation indication in the provided parameters
Available in tape-and-reel, cut tape, and Digi-Reel distribution forms
Base product family IXTA44
Replacement or upgrade selection should compare VDS rating, P-channel topology, RDS(on), gate charge, and TO-263 thermal performance

Several Key Reasons to Choose This Product
150 V voltage rating gives useful design margin in medium-voltage systems
P-channel topology simplifies many high-side switch designs
65 mΩ on-resistance helps limit conduction loss at high current
44 A current capability supports demanding power loads
298 W package dissipation supports aggressive thermal designs with proper PCB copper area
TO-263 package balances compact size with strong heat removal
Wide −55 °C to +150 °C temperature range suits industrial environments
Active lifecycle status makes it suitable for ongoing production use

more: https://www.ariat-tech.com/parts/ixys-corporation/ixta44p15t-trl

01/04/2026

Manufacturer Part Number
IKW75N60T

Manufacturer
Infineon Technologies

Introduction
IKW75N60T is a discrete IGBT power transistor designed for high-efficiency switching applications. It is based on Infineon TrenchStop technology, optimized for low conduction loss and fast switching in medium- to high-power systems such as motor drives and industrial power converters.

Product Features and Performance
600V IGBT optimized for high-voltage switching applications
Continuous collector current up to 80A at 25°C
Low collector-emitter saturation voltage around 1.5V reduces conduction losses
TrenchStop IGBT3 technology improves switching efficiency and thermal behavior
Fast switching characteristics reduce turn-on and turn-off losses
High power dissipation capability up to 428W supports high-load operation
Wide gate drive voltage range from -20V to +20V for flexible control design
Low gate-emitter leakage current improves efficiency and stability
Optimized for hard-switching topologies such as inverter and PFC circuits
Robust silicon structure supports repetitive switching stress
TO-247-3 package enables efficient heat dissipation and high current handling
Suitable for high-frequency switching compared to older planar IGBTs

Product Advantages
Low conduction and switching losses improve overall system efficiency
High current capability supports demanding power applications
TrenchStop technology enables better thermal distribution and reliability
Standard TO-247 package simplifies thermal management and mounting
Wide gate drive range compatible with common driver circuits
Reduced switching losses allow higher frequency operation
Proven Infineon process ensures stable long-term performance

Key Technical Parameters
Collector-Emitter Voltage VCEO 600V
Continuous Collector Current 80A at 25°C
Collector-Emitter Saturation Voltage VCE(sat) 1.5V
Gate-Emitter Voltage Range -20V to +20V
Power Dissipation 428W
Operating Temperature Range -40°C to +175°C
Gate Leakage Current 100nA
Package Type TO-247-3
Mounting Type Through Hole
Technology TrenchStop IGBT3

Quality and Safety Features
High thermal capability supports operation up to 175°C junction temperature
Robust silicon design improves reliability under high stress conditions
Low leakage current reduces risk of thermal runaway
Complies with RoHS environmental standards
Designed for safe operation in industrial and power electronics systems

Compatibility
Compatible with standard IGBT gate drivers and control ICs
Suitable for use with half-bridge and full-bridge inverter topologies
Works with heatsinks and thermal interface materials designed for TO-247 packages
Can be paired with fast recovery diodes for optimized switching performance

Application Areas
Industrial motor drives
Uninterruptible power supplies UPS
Solar inverters and renewable energy systems
Power factor correction PFC circuits
Welding equipment
Induction heating systems
High-power switching converters

Product Lifecycle
Part Status Active
Part of Infineon TrenchStop IGBT3 family with long-term supply support
No immediate discontinuation indication
Upgrade paths available to newer IGBT4 or TRENCHSTOP 5 technologies for higher efficiency

Several Key Reasons to Choose This Product
600V and 80A capability supports a wide range of power designs
Low VCE(sat) reduces conduction losses and improves efficiency
TrenchStop IGBT3 technology delivers balanced switching and conduction performance
High thermal rating up to 175°C enables operation in harsh environments
TO-247 package provides excellent thermal and mechanical reliability
Compatible with standard driver circuits simplifies design process
Widely used in industrial applications with proven reliability history

more: https://www.ariat-tech.com/parts/international-rectifier(infineon-technologies)/IKW75N60T

24/03/2026

Manufacturer Part Number
MGFS152415

Manufacturer
Cosel

Introduction
MGFS152415 is an isolated DC-DC converter module designed for board-level power conversion. It converts a wide input voltage range into a stable 15V output, suitable for industrial and embedded systems requiring electrical isolation and compact power modules.

Product Features and Performance
Isolated DC-DC converter module with single output design
Wide input voltage range supports 9V to 36V systems
Regulated 15V output suitable for analog and digital circuits
Maximum output current up to 1A for moderate power loads
Total output power up to 15W
High efficiency up to 89% reduces heat generation
1.5kV isolation voltage for electrical safety and noise immunity
Built-in overcurrent protection for load fault conditions
Remote ON/OFF control for system-level power management
Stable output under varying load and input conditions
Through-hole mounting ensures strong mechanical connection
Compact 6-DIP module simplifies PCB layout
Thermal derating support for high-temperature operation
Optimized internal switching topology for efficiency and reliability

Product Advantages
Wide input range supports multiple power architectures
Integrated isolation eliminates need for external isolation design
Compact module reduces design complexity and PCB space
High efficiency improves thermal performance and system reliability
Remote control feature supports intelligent power sequencing
Standard DIP form factor simplifies replacement and maintenance
Suitable for distributed power systems

Key Technical Parameters
Input Voltage Range 9V to 36V
Output Voltage 15V
Output Current 1A
Output Power 15W
Isolation Voltage 1.5kV
Efficiency 89%
Operating Temperature −40°C to +85°C with derating
Mounting Type Through Hole
Package Type 6-DIP Module
Dimensions 25.4mm × 25.4mm × 9.9mm

Quality and Safety Features
Electrical isolation improves system safety and reduces ground loops
Integrated overcurrent protection prevents damage under fault conditions
Designed for industrial temperature environments
Compliant with RoHS environmental standards
Stable operation across wide voltage and temperature ranges

Compatibility
Compatible with 12V and 24V industrial power systems
Suitable for distributed power architectures and intermediate bus systems
Works with microcontrollers, sensors, and analog circuits requiring isolated 15V rails
Can be integrated into standard through-hole PCB designs

Application Areas
Industrial automation equipment
Communication systems and networking devices
Test and measurement instruments
Embedded control systems
Power distribution modules
Commercial electronic equipment

Product Lifecycle
Part Status Active
Available for new designs and ongoing production
Belongs to MGFS 15W series with multiple voltage options
Alternative models available within same series for different output voltages

Several Key Reasons to Choose This Product
Wide 9V to 36V input range supports flexible system design
Integrated 1.5kV isolation improves safety and noise immunity
15W output power suitable for medium-load applications
High efficiency reduces cooling requirements
Compact DIP module simplifies layout and reduces development time
Remote ON/OFF control enables advanced power management
Reliable performance in industrial temperature environments

17/03/2026

Manufacturer Part Number
LTC2991IMS

Manufacturer
Analog Devices

Introduction
LTC2991IMS is a multi-channel temperature monitoring IC with integrated ADC and I2C interface, designed for system-level thermal management. It supports both internal temperature sensing and multiple external diode or sensor inputs, enabling centralized monitoring of critical components in power systems, servers, and industrial equipment.

Product Features and Performance
Supports multi-channel temperature measurement with internal and external sensing capability
Integrated high-resolution ADC for accurate temperature conversion
Supports remote diode-connected transistor sensing for CPU or power device monitoring
Internal temperature sensor for ambient or board-level measurement
I2C digital interface for easy system integration and data communication
Built-in multiplexer allows sequential measurement across multiple channels
Register-based architecture enables flexible configuration and data access
Programmable alarm outputs for over-temperature detection
Integrated fan control support for thermal management loops
Wide supply voltage range supports various system power rails
High noise immunity for stable operation in industrial environments
Capable of monitoring multiple thermal points in real time
Compact MSOP package suitable for dense PCB layouts
Designed for continuous temperature monitoring and fault detection

Product Advantages
Multi-channel monitoring reduces need for multiple discrete sensors
I2C interface simplifies communication with microcontrollers and processors
Supports both local and remote sensing for flexible thermal design
Integrated ADC reduces external component count
Built-in alarm and fan control improve system protection response
High integration level reduces PCB complexity and cost
Reliable performance across industrial temperature ranges

Key Technical Parameters
Function Temperature Monitoring System
Sensor Type Internal and External
Temperature Accuracy ±3.5°C local maximum ±1.5°C remote maximum
Interface I2C
Supply Voltage Range 2.9V to 5.5V
Topology ADC Multiplexer Register Bank
Output Alarm Yes
Fan Control Output Yes
Operating Temperature −40°C to +85°C
Mounting Type Surface Mount
Package 16-MSOP
Base Product LTC2991

Quality and Safety Features
Integrated over-temperature alarm detection
Stable ADC conversion ensures reliable temperature readings
Designed for industrial operating conditions
RoHS compliant lead-free package
Built-in fault detection for sensor input monitoring

Compatibility
Compatible with microcontrollers via I2C interface
Supports integration with embedded systems and processors
Works with external diode-connected temperature sensors
Suitable for FPGA, CPU, and power module thermal monitoring
Can interface with system-level thermal management firmware

Application Areas
Server and data center thermal monitoring
Industrial control systems
Power supply and power module temperature management
Telecommunication equipment
Embedded systems thermal supervision
High-performance computing systems

Product Lifecycle
Part Status Active
No discontinuation notice
Long-term supply supported by Analog Devices
Pin-compatible or functionally similar alternatives available within LTC temperature monitoring family

Several Key Reasons to Choose This Product
Supports multiple temperature channels in a single IC reducing system complexity
Accurate remote sensing capability suitable for CPU and power device monitoring
I2C interface enables easy integration with digital control systems
Integrated alarm and fan control functions improve system safety
Wide supply voltage range supports various embedded designs
Compact package saves PCB space in dense layouts
Proven reliability from Analog Devices for industrial and computing applications

more: https://www.ariat-tech.com/parts/ADI(Analog-Devices,Inc.)/LTC2991IMS-PBF

11/03/2026

Manufacturer Part Number
SI8620BB-B-IS

Manufacturer
Skyworks Solutions

Introduction
SI8620BB-B-IS is a high-speed digital isolator designed to provide electrical isolation between digital circuits while maintaining fast data transmission. It uses capacitive isolation technology to transfer signals across an isolation barrier rated up to 2500 Vrms. The device integrates two unidirectional channels and supports high data rates up to 150 Mbps, making it suitable for industrial communication interfaces, power control systems, and isolated digital signal transmission.

Product Features and Performance
Capacitive coupling digital isolation technology
Two-channel digital isolation architecture
Unidirectional channel configuration
Isolation voltage rating 2500 Vrms
High data transmission rate up to 150 Mbps
High common-mode transient immunity 35 kV/µs minimum
Low propagation delay approximately 13 ns
Matched propagation delay between channels
Low pulse width distortion 4.5 ns maximum
Fast signal rise and fall time approximately 2.5 ns
Wide supply voltage range 2.5 V to 5.5 V
High noise immunity for industrial environments
Low electromagnetic interference generation
Surface-mount 8-SOIC package for compact PCB design
Wide operating temperature range −40 °C to +125 °C

Product Advantages
Provides galvanic isolation without optocouplers
Higher data rate compared with traditional optocouplers
Lower power consumption than LED-based isolators
Improved long-term reliability without LED aging effects
Fast switching and low propagation delay for high-speed digital systems
Excellent common-mode transient immunity for noisy power environments
Compact SOIC package simplifies PCB layout and isolation design

Key Technical Parameters
Isolation Voltage 2500 Vrms
Isolation Technology Capacitive Coupling
Number of Channels 2
Channel Direction 2 forward channels
Data Rate Maximum 150 Mbps
Propagation Delay 13 ns typical
Pulse Width Distortion Maximum 4.5 ns
Rise Time Typical 2.5 ns
Fall Time Typical 2.5 ns
Common Mode Transient Immunity Minimum 35 kV/µs
Supply Voltage Range 2.5 V to 5.5 V
Operating Temperature Range −40 °C to +125 °C
Package Type 8-SOIC 0.154 inch 3.90 mm width
Mounting Type Surface Mount

Quality and Safety Features
Reinforced digital isolation barrier rated to 2500 Vrms
High CMTI protection against switching noise
RoHS compliant manufacturing process
Industrial temperature reliability testing
Designed for safe signal isolation in mixed-voltage systems
Stable isolation characteristics across operating temperature range

Compatibility
Compatible with SPI communication interfaces
Compatible with UART and digital control signals
Suitable for isolating microcontroller GPIO lines
Works with industrial fieldbus and communication interfaces
Compatible with mixed-voltage digital systems from 2.5 V to 5.5 V
Can replace optocouplers in many high-speed isolation applications

Application Areas
Industrial automation control systems
Motor drive and inverter control circuits
Isolated data communication links
Power supply feedback and control isolation
Data acquisition and measurement equipment
PLC systems and industrial field interfaces
High-speed isolated digital communication systems

Product Lifecycle
Part Status Active
Part of the Skyworks Si8620 digital isolator family
No announced discontinuation
Pin-compatible alternatives available in the Si86xx isolator series
Long-term supply expected for industrial applications

Several Key Reasons to Choose This Product
High-speed digital isolation up to 150 Mbps
Reliable 2500 Vrms isolation barrier for safety and signal integrity
Excellent 35 kV/µs CMTI for noisy power electronics environments
Low propagation delay improves real-time control performance
Compact SOIC package simplifies PCB isolation layout
Wide −40 °C to +125 °C operating temperature for industrial systems
Capacitive isolation eliminates aging issues found in optocouplers

more: https://www.ariat-tech.com/parts/skyworks-solutions,inc/SI8620BB-B-IS

03/03/2026

Manufacturer Part Number
AM26LV32EIDR

Manufacturer
Texas Instruments

Introduction
AM26LV32EIDR is a quad differential line receiver designed for RS-422 and RS-485 communication systems, optimized for low-voltage 3.3 V operation, high noise immunity, and reliable data reception in industrial and embedded communication networks.

Product Features and Performance
Quad differential receiver configuration 0 drivers 4 receivers
Supports RS-422 and RS-485 differential signaling standards
Wide supply voltage range 3.0 V to 3.6 V
High input sensitivity with 35 mV receiver hysteresis
High common-mode noise rejection for long cable environments
Low-power CMOS design for 3.3 V systems
High-speed differential signal reception
Fail-safe receiver operation for open or shorted inputs
ESD-protected bus interface
Designed for multipoint bus architectures
Surface-mount 16-SOIC package for compact PCB layout
Industrial temperature range −40 °C to +85 °C
Tape and reel packaging for automated assembly

Product Advantages
Optimized for 3.3 V logic systems
Quad receiver integration reduces component count
Improved noise immunity with defined hysteresis
Suitable for long-distance differential communication
Compatible with standard RS-422 and RS-485 bus structures
Compact 16-SOIC package for space-efficient designs
Reliable industrial temperature performance
Manufactured under Texas Instruments quality standards

Key Technical Parameters
Protocol RS-422 RS-485
Number of Drivers 0
Number of Receivers 4
Receiver Hysteresis 35 mV
Supply Voltage Range 3.0 V to 3.6 V
Operating Temperature −40 °C to +85 °C
Mounting Type Surface Mount
Package 16-SOIC 0.154 inch 3.90 mm width
Base Product AM26LV32
Part Status Active

Quality and Safety Features
RoHS compliant
Industrial-grade temperature specification
Robust ESD protection on bus pins
Fail-safe input design to prevent false triggering
Controlled receiver threshold for stable switching
Tested for differential bus noise tolerance

Compatibility
Compatible with RS-422 full-duplex communication systems
Compatible with RS-485 multipoint networks
Works with 3.3 V microcontrollers and FPGAs
Suitable for UART-based serial communication interfaces
Interoperable with standard RS-485 transceivers and drivers
Designed for differential twisted-pair cable systems

Application Areas
Industrial automation communication
Motor control systems
PLC and distributed I/O systems
Building automation networks
Factory control equipment
Embedded serial communication interfaces
Data acquisition systems
Long-distance sensor networks

Product Lifecycle
Part Status Active
No announced obsolescence
Supported within AM26LV32 product family
Pin-compatible alternatives available within Texas Instruments RS-422 RS-485 portfolio
Long-term supply support typical for industrial interface devices

Several Key Reasons to Choose This Product
Integrated four differential receivers in one package
Designed for 3.3 V low-voltage digital systems
High noise immunity for industrial environments
Wide −40 °C to +85 °C operating range
Reliable fail-safe operation in bus fault conditions
Reduced external component requirement
Suitable for multipoint RS-485 communication networks
Backed by Texas Instruments interface product portfolio support

more: https://www.ariat-tech.com/parts/Luminary-Micro-Texas-Instruments/AM26LV32EIDR

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