Official 7Semi L89HA Breakout Multi-GNSS engines for GPS, IRNSS, GLONASS, BeiDou, Galileo and QZSS, GPS Module
- 3.3V power supply
- I2C / UART interface
- Support IRNSS L5 band
- Embedded patch antenna and chip antenna
- Multi-GNSS engines for GPS, IRNSS, GLONASS, BeiDou, Galileo and QZSS
- Support DGPS, SBAS (WAAS/EGNOS/MSAS/GAGAN)
- Integrated LNAs for better sensitivity
- Great anti-jamming performance due to multi-tone active interference canceller
Official 7Semi DC-DC Buck Converter 14V-30V Input to 12V 3A Output – AP63300
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Input voltage range: 14V to 30V
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Regulated 12V output up to 3A
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Based on AP63300 synchronous buck converter
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Low EMI with Frequency Spread Spectrum (FSS)
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Integrated high-side and low-side MOSFETs
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Ultra-low 22µA quiescent current
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Compact design with minimal external components
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Ideal for industrial, automotive, and embedded use
Official 7Semi 3.3V 2A Mini Buck Converter Breakout – AP61201
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AP61201 synchronous buck converter
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Fixed 3.3V output voltage
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Up to 2A continuous output current
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Input voltage range: 2.3V to 5.5V
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High efficiency with low heat generation
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Compact mini breakout design
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Ideal for IoT, embedded, and battery-powered devices
Official 7Semi DC-DC Buck Converter 7V -100V Input to 5V 1A Output – LM5164
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Wide input voltage range: 6V to 100V
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Stable 5V output with up to 1A current
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Based on TI LM5164 high-voltage buck converter
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Ultra-low EMI, CISPR 25 Class 5 compliant
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Internal soft-start and thermal protection
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Peak and valley current-limit protection
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Adjustable switching frequency up to 1MHz
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Ideal for industrial and battery-powered systems
Official 7Semi INA240A2 4~80V Bidirectional Current Sense Amplifier Breakout, 50V/V Gain
- Fixed 50 V/V gain for accurate current measurement
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Wide common-mode voltage range: –4V to 80V
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Bidirectional current sensing support
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Enhanced PWM rejection for noisy environments
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Ideal for motor drives and power systems
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Compact breakout for easy prototyping
Official 7Semi DC-DC Buck Boost Converter 1.6V-5.5V Input to 3.3V 1.5A Output – TPS631000
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Wide input voltage range: 1.6V to 5.5V
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Buck, boost, and buck-boost operation
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Adjustable output voltage: 1.2V to 5.3V
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High efficiency with 8µA ultra-low quiescent current
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Power-save mode for no-load efficiency
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Up to 2A output current (VIN ≥ 3V)
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Ideal for IoT, battery-powered, and precision electronics
Official 7Semi INA169 60V 5A Analog DC Current Sensor Breakout
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Based on Texas Instruments INA169 current-sense amplifier
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Measures DC current up to 5A
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Wide input voltage range: 2.7V to 60V
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Analog output for easy ADC interfacing
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Low offset voltage and low power consumption
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Adjustable gain for flexible current sensing
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Ideal for power monitoring and battery management
Official 7Semi INA240A1 4~80V Bidirectional Current Sense Amplifier Breakout 20V/V Gain
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Texas Instruments INA240 current-sense amplifier
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Fixed 20 V/V gain for precise current measurement
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Wide common-mode voltage range: –4V to 80V
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Enhanced PWM rejection for noisy environments
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Supports bidirectional current sensing
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Ideal for motor drives and power management systems
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Easy-to-use breakout board for rapid integration
Official 7Semi DC Buck Converter Breakout 5V 2A Out (AP62301)
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5V DC output with up to 2A continuous current
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Wide input voltage range: 7V to 14V DC
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AP62301 synchronous buck converter IC
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Low EMI design for noise-sensitive applications
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High efficiency with low output ripple
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Compact 18 × 16 mm breakout board
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Built-in protection: over-current & over-temperature
Official 7Semi DC Buck Converter Breakout 3.3V 2A Out (AP62301)
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Fixed 3.3V DC Output
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Up to 2A Continuous Output Current
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Based on AP62301 Synchronous Buck Converter
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Wide Input Voltage Range: 4.2V–14V
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Low EMI Optimized Design
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High Efficiency Step-Down Conversion
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Low Output Ripple & Stable Regulation
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Built-In Over-Current & Over-Temperature Protection
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Soft-Start for Safe Power-Up
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Ideal for IoT, Embedded & Battery-Powered Applications
Official 7Semi DC Buck Converter Breakout 3.8V 2A Out (AP62301)
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Fixed 3.8V DC Output
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Up to 2A Continuous Current
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Based on AP62301 Synchronous Buck Converter
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Wide Input Voltage: 4.2V–14V DC
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High Efficiency Step-Down Regulation
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Low EMI Optimized Design
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High Switching Frequency up to 2.2MHz
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Ultra-Compact 18 × 16 mm PCB
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Stable Output for Battery-Powered Devices
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Ideal for IoT & Embedded Applications
Official 7Semi DC-DC Buck Converter 5V 3A Out – MP2338
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5V Regulated DC Output
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Up to 3A Output Current
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Based on MP2338 Buck Regulator IC
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Input Voltage up to ~24V
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High Efficiency Switching Design
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Thermal Shutdown Protection
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Cycle-by-Cycle Current Limiting
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Compact Breakout Board
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Easy Breadboard & PCB Integration
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Ideal for Microcontrollers & Sensors
Official 7Semi INA219 3-Channel DC Current Sensor Breakout – 26V 3.2A Max
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3-Channel DC Current, Voltage & Power Monitoring
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Based on TI INA219 Sensor IC
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High-Side Current Sensing Design
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Bus Voltage Measurement up to 26V
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I2C Interface for Easy Integration
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Programmable Gain & Conversion Time
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Internal Power & Current Calculation
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Low Power Consumption
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Compact Breakout Board
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Ideal for Battery, Motor, IoT & Power Systems
Official 7Semi INA219 Voltage, Current, Power Monitor Sensor Breakout I2C
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High-Side Voltage, Current & Power Monitoring
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Bus Voltage Measurement: 0V–26V
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Onboard Precision Shunt Resistor
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I2C & SMBus Communication Interface
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16 Programmable I2C Addresses
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Internal Calibration & Power Calculation
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Programmable Gain, Conversion Time & Filtering
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Low Power Consumption (~1 mA Standby)
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Compact Breakout Board Design
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Compatible with Arduino, Raspberry Pi & ESP32
Official 7Semi TPS61023 3.7A 5V Out Mini Boost Converter
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5V Fixed Output Boost Converter
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Up to 3.7A Output Current
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Wide Input Voltage: 1.5V–5.5V
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Based on TI TPS61023 IC
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High Efficiency up to 94%
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1 MHz Switching Frequency
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Compact Mini Breakout Board
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Built-In Overvoltage Protection
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Thermal Shutdown & Short-Circuit Protection
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Ideal for Battery & Portable Applications
Official 7Semi-TCA9548A I2C Multiplexer Board – 8-Channel I2C Bus Switch
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8-Channel I2C Multiplexer / Switch
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Based on TI TCA9548APWR IC
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Solves I2C Address Conflicts
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Independently Controlled I2C Channels (SD0–SD7)
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Software-Selectable Channel Control
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Supports Multi-Master & Multi-Slave I2C
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3.3V Logic Level Compatible
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Low-Power, Compact PCB Design
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Reset Pin for Reliable Operation
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Ideal for Raspberry Pi, STM32, ESP32 & Robotics Applications
Official 7Semi BSS138 4-Ch I2C Bi-directional Logic Level Converter Breakout
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4-Channel Bi-Directional Logic Level Converter
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Supports 1.8V to 10V Logic Levels
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BSS138 N-Channel MOSFET Based Design
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Optimized for I2C Communication
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Supports TTL Serial & Slow SPI (<2MHz)
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Onboard 10K Pull-Up Resistors
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Fully Assembled & Pre-Tested PCB
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6-Pin Headers for Easy Integration
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Breadboard & Perfboard Friendly
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Compatible with Arduino, Raspberry Pi & ESP32
Official 7Semi ADS1115 16bit 4-Channel ADC Board with PGA I2C
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16-Bit High-Resolution ADC
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Texas Instruments ADS1115 IC
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4 Analog Input Channels
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Integrated Programmable Gain Amplifier (PGA)
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I2C Interface for Easy Communication
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Wide Supply Voltage: 2.0V–5.5V
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Supports 3.3V & 5V Systems
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Configurable Data Rate: 8–860 SPS
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Low Power Consumption
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Single-Ended & Differential Inputs
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Compact Breakout Board Design
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Compatible with Arduino, Raspberry Pi & ESP32
Official 7Semi ADS1263 32bit ADC with PGA Breakout
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32-Bit High-Resolution ADC – Delivers ultra-precise measurements for high-accuracy sensing applications
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Based on TI ADS1262 – Ensures low noise, low offset, and low drift performance
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Integrated Programmable Gain Amplifier (PGA) – Allows direct connection of low-level sensor signals
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Onboard Precision Voltage Reference – Improves measurement stability and repeatability
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Wide Data Rate Support – Configurable from 2.5 SPS to 38,400 SPS for flexible performance tuning
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Auxiliary 24-Bit Delta-Sigma ADC – Enables simultaneous background or diagnostic measurements
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Single-Cycle Settling Digital Filter – Minimizes latency during channel switching
Official 7Semi 30V 10A Single Channel Motor Driver Vikram-3010
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6V–30V Wide Voltage Support
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10A Continuous Current Capacity
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Single-Channel Brushed DC Motor Driver
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Bi-Directional Forward & Reverse Control
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3.3V & 5V Logic Level Compatible
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PWM & DIR Control Interface
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Fully NMOS H-Bridge for High Efficiency
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No External Heat Sink Required
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Onboard Test Buttons for Quick Checking
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Motor Output Status LEDs
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Overcurrent & Over-Temperature Protection
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Undervoltage Shutdown Safety
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Logic Input Range: 1.8V–12V
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Compatible with Arduino, Raspberry Pi & PLCs
