STMicroelectronics manuals, page 249
ST EVL6562A-TM-80W handbook
EVL6562A-TM-80W is a high performance transition mode PFC evaluation board produced by ST company. It has 88-265VAC line voltage range, 400V regulated output voltage, 80W rated output power, 10V maximum 2FL output voltage ripple, 20ms hold-up time, 35kHz minimum switching frequency, 92% minimum estimated efficiency and 50°C maximum ambient temperature.
ST STEVAL-ISA013V1 handbook
This document is a data brief for the STEVAL-ISA013V1 dual output off-line wide range 24W power supply evaluation board from STMicroelectronics. The evaluation board features a switch mode general purpose power supply with an input voltage range of 85 to 264Vac @ 50/60Hz and output voltages of 12V @ 1A and 5V @ 2.4A, delivering a peak output power of 24W. It also includes various protection features and meets the EN55022 Class B EMI specification.
ST STEVAL-ISA006V1 handbook
This is a 6W non-isolated fly-back topology power supply with VIPer12AS
ST STEVAL-ISA005V1 handbook
This document introduces the STEVAL-ISA005V1 1.8W buck topology power supply evaluation board with VIPer12AS, which features an input voltage range of 85 to 264Vac @ 50/60Hz, a 15V, 100mA output voltage and power, and a second output of 5V / 60 or 20mA.
ST STEVAL-ISA001V1 handbook(1)
This document introduces the features and characteristics of STEVAL-ISA001V1 6W dual output supply evaluation board, including input voltage, output voltage, output power, working mode, efficiency, protection functions, etc.
ST STEVAL-IHM004V1 handbook
This data sheet introduces the features, application, design architecture and driver chip of STEVAL-IHM004V1 BLDC&AC motor control power driver board 1KW
ST STEVAL-IHM001V1 handbook
This is a BLDC motor control board based on ST7FMC MCU, supports 3 phase AC induction motor control, 3 phase BLDC/AC PM motor control (6 step sensorless), 3 phase BLAC PM motor control (sinusoidal driven, with Hall sensors)
ST STEVAL-ISA039V1 handbook
This document is the data brief for STEVAL-ISA039V1 single phase 5A step-down converter evaluation board. It mainly introduces the input voltage, output voltage, output current and other characteristics of the product.
ST STEVAL-ISA028V1 Single phase 20 A step-down converter evaluation board based on the L6727 handbook
This document is a data brief for STMicroelectronics' STEVAL-ISA028V1 single phase 20A step-down converter evaluation board. The evaluation board is based on the L6727 chip and features an optimized BOM for 12V input / 1.25V output @ 20A, providing high flexibility for a wide range of designs. It supports customizable output voltage, compatibility with L6726A/L6727 controllers, and has a controller input voltage (VCC) range from 5V to 12V, with a conversion input voltage (VIN) up to 13.2V. It is compatible with DPAK / SO-8 / PowerSO-8 / PowerFLAT MOSFET, and supports multiple footprints for input and output capacitors, as well as through-hole / SMD inductor compatibility. The PCB is a 4-layer design. The evaluation board demonstrates the key features of STMicroelectronics' L6727 chip, which is a powerful buck controller that simplifies and reduces cost for the design of complete step-down voltage regulators.
ST STM32-COMSTICK STR9-COMSTICK Hitex complete low-cost kit for evaluation development of STM32 STR91xF in networked embedded applications handbook
The file introduces Hitex comSticks, a complete, low-cost evaluation and development packages that provide a fast and easy introduction to the networking features of Cortex™-M3 STM32 and ARM966E® core- based microcontroller families.
ST EVAL6902D L6902D 1A Constant current battery charger evaluation board handbook
The L6902D evaluation board integrates the step-down switching regulator with adjustable current limit L6902D as well as the external components required for a typical application. The input voltage of the application board can range from 8V up to 25V due to the rated voltage of the input capacitor and the schottky rectifier repetitive peak reverse voltage (both 25V). The external resistor divider (R1 and R2) sets the output voltage of the application board to 3.3V. A different output voltage can be regulated from 1.235V up to 10V, which is the rated voltage of the output capacitor. A current limit of 1A is programmed by the 100mΩ sense resistor Rsense. The inductor saturation current and the forward current of the schottky rectifier fit the current limit setting.
ST STEVAL-IFP001V1 8-channel high-side driver demonstration board with the VN808CM-E Data brief handbook
This document introduces STEVAL-IFP001V1, an 8-channel high-side driver demonstration board based on VIPower M0-3 proprietary technology, for industrial applications.
ST EVALST7538DUAL Power line transceiver using ST7538 handbook
The EVALST7538DUAL board integrates the ST7538 power line transceiver along with the power supply section, the signal coupling interface section, crystal oscillator and device protections. The coupling interface section has been realized for communication on CENELEC Band A used mainly for AMR applications, with the possibility of programmable switching between 72kHz and 86kHz communication channels. This half-duplex “dual channel” communication feature has been implemented through optimized receiving and transmitting filters on the board. EVALST7538DUAL board must be connected to a PC through the EVALCOMMBOARD general purpose board. The dedicated SW running on the PC can be downloaded from “www.st.com/powerline” web page.
ST EVALCOMMBOARD Main interface to the controlling PC a standard 12Mbps based on a ST72F651AR6 USB microcontroller handbook
evalcommboard is a general purpose board based on a st72f651ar6 usb microcontroller providing a standard 12mbps usb main interface connecting a controlling pc and different reference design boards.
ST STM8-SK/RAIS STM8-D/RAIS ST7-SK/RAIS ST7-D/RAIS Raisonance s complete low-cost starter kits for STM8 ST7 handbook
Introduces the REva starter kits, Raisonance's complete, cost-effective solutions for starting application development and evaluating STM8x, ST7LITEx, ST7Fox, ST7232x, ST7234x, ST7236x and ST7263B microcontrollers