ST Manuals

This data brief describes the features of the STEVAL-ISB006V1 dual USB/wall adapter Li-Ion battery charger with gas gauge demonstration board based on the STw4102.

The STEVAL-IFS006V1 is a smart inductive proximity switch demonstration board based on the Ultralite 8-bit microcontroller and the TDE1708DFT. It features high flexibility, sensitivity and hysteresis adjustment, in-circuit programming and debugging capabilities, analog and digital temperature compensation, PNP and NPN sensor functionality configurations, indicator status LED, overload and short-circuit protection, GND and VS open wire protection, and compact design.

This datasheet introduces the STMicroelectronics CLT3-4B logic input termination product features, characteristics, and usage instructions.

The STEVAL-CCA007V1 demonstration board is designed to test the features and performance of the TS2012, a fully differential class D stereo power amplifier. The board has various features, including a wide operating range, high output power, and low power consumption.

The e-STARTER demonstration board is an innovative solution by STMicroelectronics to reduce power losses caused by positive temperature coefficient (PTC) resistors in compressor starter circuits.

This demonstration board is based on the STOD2540 and is dedicated to passive matrix OLED (PMOLED) displays for portable handsets and provides the pre-charge and biasing voltage of the column matrix driver. The STOD2540 is a boost converter that operates from 3.0V to 5.5V and can provide an output voltage as high as 25V. The current capability of the STOD2540 allows the supply of a 1", 1.3" or 1.5" color PMOLED. The maximum output current capability is 40mA with an output voltage up to 25V, while the supply voltage is from 3.0V to 5.5V.

This document describes the hardware and software features of the low-speed USB demonstration board based on the STUSB03 transceiver and ST7263BE2 microcontroller. The board is ideal for use in mobile phones, digital cameras, printers, PDAs, etc.

This document introduces the STEVAL-PCC004V1 low-speed USB demonstration board, which is based on the STUSB02E transceiver and ST7263BE2 microcontroller. It supports both USB full-speed and USB low-speed operations and is suitable for mobile phones, digital cameras, printers, PDAs, etc.

The STEVAL-IHM015V1 is a low voltage motor control demonstration kit based on the ST7MC2S4 and STS8DNH3LL.

The STEVAL-ILL017V1 is a 2W non-isolated offline constant current LED driver based on the VIPer17. The board operates with an input ranging from 176 V to 264 VAC and provides 500 mA of constant current from a 7 VDC source, suitable for illuminating two LEDs in series.

STEVAL-PCN001V1 USB power switch demonstration board is a board used to demonstrate the ST204x and ST205x USB power switches. The board has load current, input voltage, under-voltage protection, power switch and other features.

This document describes the STEVAL-PCC003V1 low-speed USB demonstration board from STMicroelectronics, which is based on the STUSB03 transceiver and ST7263BE2 microcontroller. The demonstration board features USB full-speed and USB low-speed operation support, making it suitable for use in mobile phones, digital cameras, printers, PDAs, etc.

This is a product description of STEVAL-PCC005V1 hard disk drive (HDD) bridge demonstration board. The board is based on STR912 (ARM966E-S) microcontroller with in-build external memory interface (EMI) and has USB interface available for USB hard disk application. It can act as mass-storage device using native Microsoft Windows® OS drivers and has an on-board power supply for hard disk. The board can be powered by either an on-board power supply or a separate SMPS power supply. It has LEDs available on the demonstration board to indicate read or write operation. The board also features a JTAG interface for debugging purpose.

This data brief introduces the 20 A step-down DC-DC converter demonstration board STEVAL-ISA024V1, based on the L6725 device, with an output voltage of 3.3 V, a selectable switching frequency of 250 kHz / 500 kHz, and over-voltage protection and thermal shutdown features.