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Part No.	STDRIVE102BH
Manufacturer	STMICROELECTRONICS
Size	5Mb
Pages	6 pages
Description	STDRIVE102BH evaluation board for three-phase brushless motors

Datasheet Summary with AI

## Description
· Three-phase inverter for evaluating STDRIVE102BH features.
· Current sensing and overcurrent protection via embedded operational amplifiers/comparators.
· Thermal protection: hardware shutdown & onboard NTC sensor.
· Diagnostic pins (nFAULT, FLAG) with LED indicators.
· Supports FOC and six-step motion control algorithms.
· Compatible with sensorless control algorithms.

## Specifications
· Supply Voltage: 6-50V
· Continuous Current: 12A rms
· Peak Current: 25A
· Maximum Power: 350W (at 25°C)

## Revision History
· Version 1 (March 24, 2025): Initial release.

# EVLDRIVE102BH - STDRIVE102BH Evaluation Board

## Features
· Operating voltage: 6 V to 50 V
· Output current: Up to 12 Arms (peak 25A)
· Power stage: Based on STL220N6F7 60V, 1.2 mΩ N-channel MOSFETs
· Configuration: Three-shunt
· Gate Driver: STDRIVE102BH with programmable gate current (up to 1A source/2A sink), charge pump, 3x operational amplifiers/comparators
· Protections: UVLO, thermal shutdown, VDS monitoring
· Connectors: Hall-effect sensors/encoder, motor BEMF sensing, bus voltage sensing, NTC temperature sensing
· Compatibility: Morpho connectors for STM32 NUCLEO boards

## Applications
· Battery-powered tools
· Portable vacuum cleaners
· E-bikes
· Industrial automation
· Robotics
· Pumps & fans

## Description
· Three-phase inverter for evaluating STDRIVE102BH features.
· Current sensing and overcurrent protection via embedded operational amplifiers/comparators.
· Thermal protection: hardware shutdown & onboard NTC sensor.
· Diagnostic pins (nFAULT, FLAG) with LED indicators.
· Supports FOC and six-step motion control algorithms.
· Compatible with sensorless control algorithms.

## Specifications
· Supply Voltage: 6-50V
· Continuous Current: 12A rms
· Peak Current: 25A
· Maximum Power: 350W (at 25°C)

## Revision History
· Version 1 (March 24, 2025): Initial release.