Industrial

This file introduces the STEVAL-ILL042V1 LED driver, which uses L6562AT and TSM101 controllers. This driver has high power factor, wide input voltage range, low output voltage ripple and high efficiency.

The STEVAL-PCC009V4 is a demonstration board based on STM32 that is used as an interface between PC and motor control systems. It has an 8-pin interface for SPI/I2C/UART and 6 GPIOs. Opto-isolation is used for SPI, USART, and GPIOs, while magnetic isolation is used for I2C. The board complies with RoHS.

This document describes the features of the 10W+10W class-D audio amplifier demonstration board based on the TDA7491P, including continuous output power, operating voltage range, high efficiency, selectable gain settings, differential inputs, filterless operation, etc.

This data brief introduces the features of the 70 W electronic ballast for metal halide lamp (HID) based on the L6382D5 and ST7FLITE49K2, including minimum mains voltage (rms value), maximum mains voltage (rms value), minimum mains frequency (fmin), etc.

This data brief provides detailed information on the STEVAL-ILL039V1 demonstration board, which is a step-up current controller for 2 LEDs based on the STLDC08 driver. It features an input voltage of 0.8 V to 3.6 V, an output of 2 LEDs at 200 mA, a dimming mode with external PWM signal and is RoHS compliant.

This datasheet introduces the STEVAL-ILL039V2 step-up current controller for 4 LEDs based on the STLDC08 driver.

This document introduces the features of the STEVAL-ILL038V1 LED resonant driver demonstration board based on the L6585DE, including extended input mains range, output voltage, long-life electrolytic capacitors, mains harmonics, efficiency, etc.

STEVAL-IDZ301V1 and STEVAL-IDZ302V1 are demonstration boards for the SPZB32W1 series of IEEE 802.15.4 ZigBee® radio communication modules. They feature an integrated RF module, a 20-pin JTAG connector for programming and debugging, hardware support for application development, a temperature sensor, circuitry for measuring battery voltage, two configurable buttons and LEDs, a Mini-USB connector and USB-RS-232 bridge, a reset button for selecting the power source, an LED power indicator, jumpers for boot activation, jumpers for serial communication setup, and a 24-pin double-row header for accessing the remaining STM32W GPIO signals and interfaces. The kit includes a software library with utilities and application samples.

This document describes the features and characteristics of the 300W photovoltaic converter demonstration board based on the SPV1020. It includes a PWM mode DC-DC boost converter with MPPT algorithm controlling the duty cycle with 0.2% accuracy. The operating voltage range is 0-40V with overvoltage, overcurrent, and overtemperature protection. It has a built-in soft-start and achieves up to 98% efficiency. It automatically transitions to burst mode for improved efficiency during low solar radiation. The board also features an SPI interface and is RoHS compliant.

The STM32100B-MCKIT starter kit is an integrated system designed to provide a complete, ready-to-use motor control application developed around the STMicroelectronics STM32F100 microcontroller. This starter kit is particularly suited to drive three-phase brushless permanent magnet synchronous motors and demonstrates how effectively the low-cost STM32F100 microcontrollers can be used in cost optimized real-world motor control applications.

The STEVAL-MKI106V1 adapter board is designed for the evaluation of the LSM303DLHC product family. It offers a solution for fast system prototyping and device evaluation within the user's own application. The board can be plugged into a standard DIL 24 socket and is fully compatible with other adapter boards. It is RoHS compliant.

The STEVAL-IME003V1 demonstration board is based on the STHV748 high voltage pulser and features 4-channel outputs, load simulator, 16 preset waveforms, etc.

This datasheet introduces the EVAL6235PD demonstration board's features and characteristics, including operating voltage range, output current, operating frequency, overcurrent protection, PWM controller, Hall effect decoding logic, brake function, TACHO output, suitability, etc.

This is a multi-phase energy meter daughterboard based on STPMS2 smart sensor device, supports multiple wiring methods, and can be widely used in multi-phase energy metering field.

This datasheet provides detailed information about the STEVAL-ISV013V1 250 W DC-DC solar module demonstration board, including input voltage range, output voltage range, digital control section, connectors, communication, fire and anti-theft protection.