ST Manuals

STEVAL-CBL003V1 is a DC-DC converter demonstration board based on the LNBH23, used to power LNBs inside dish antennas to receive satellite TV signals. The LNBH23 is an integrated solution for supplying/interfacing satellite LNB modules in accordance with international standards. This simple solution provides good performance at low cost using a low external component count.

This is the datasheet for the STEVAL-ISA055V1 0.7 A / 1.2 V synchronous buck converter. It provides detailed information about the features and characteristics of the converter.

This document is a technical brief for STEVAL-ISA035V1 non-isolated offline power supply demonstration board, which introduces the features, usage and other information of the board.

STEVAL-IPE009V1 is a mono-phase/multi-tariff energy meter based on the ST72321BR9 and STPM14. It is cost-effective and flexible, meeting Class 1 accuracy for IB = 5 A and Imax = 80 A according to IEC 61036:1996 + A1: 2000. The meter operates at a voltage range of 220 V ± 20%. It continuously detects and displays no-load conditions, reverse direction, fraud, and case tamper conditions. The number of tariffs (1 to 4) and the maximum demand type (day, one month, or three months) can be configured. The meter accumulates data for the whole meter life, including total kWh consumption, average MD (maximum demand), total number of tariffs, tariff time slots, consumption under different tariff rates, and power failure date/time. It also stores data for the last 12 months, including consumption under tamper mode for each month, first/last case/fraud tamper date/time, total tamper time, and power failure accumulating time for each month. Additionally, it provides data for absolute maximum demand (absolute MD, date/time) according to the type of MD requested. The meter features an SW LCD driver for a 24 x 4 segment LCD glass with contrast control, an RTC with SPI for real date/time, and an EEPROM with SPI for storing 256 Kb of data. It can detect case tampering even in power-down mode and has an external switch for viewing all data stored in the EEPROM sequentially, even when AC power is not available. Battery backup is available to detect tampering and view all parameters stored in the EEPROM during power outages.

This product is a LED driver evaluation board based on STCF01. It is suitable for camera flash in cellular phones, and features PWM mode control, high efficiency, high switching frequency, etc.

The data brief describes the features of the new RGB color demonstration board based on the STP04CM05 and ST1S10. The board can be used for evaluation and testing of the new DC-DC converter ST1S10 and new LED drivers STP04CM05 and STP08CP05.

This data brief introduces a 15W wide range switching mode power supply (SMPS) for metering applications based on the ESBT™STC03DE220HV and L6565 PWM controller. The SMPS features a wide input voltage range from 125V to 1250V and an output voltage from 5V to 3.0A with a maximum output power of 15W.

STEVAL-IHM019V1 is a low power 3-phase asynchronous motor inverter demonstration board from STMicroelectronics. It has a 115 VAC to 230 VAC 50 Hz or 60 Hz input voltage range, 50 W total output power, high efficiency, 12-22 kHz switching PWM frequency, and EN61000-6-3 and EN61000-6-2 standards compliance. It can be used for water pumps for heating systems in single-family houses, high efficiency surplus water pumps, and high efficiency transfer pumps.

This is a low-cost Li-Ion battery charger demonstration board based on the ST7263BK6 and L6924D. It can be used both in USB mode and adapter mode.

This data sheet introduces the STEVAL-IHI002V1, a daughter board based on the STMPE1208S 12-bit GPIO expander with an additional 12-channel capacitive sensing sensor, which is able to interface a main MCU through I²C bus. The daughter board is designed to work as a daughter board for the main board (e.g. STEVAL-IHI001V1) for home appliance user interface.

This is a data brief about STMicroelectronics' demonstration board for a 40W auxiliary 3-phase power supply based on the L6565 and STW4N150. It features an input voltage range of 185V to 460V, input frequency range of 50/60Hz, output voltage of 24V @ 1.7A and 5V @ 1A, and a total output power of 40W. The board utilizes a high voltage MOSFET (1500V breakdown voltage) to optimize the operation of the quasi-resonant flyback converter based on the primary controller L6565. It is designed for low power applications and has two outputs, 24V and 5V, capable of delivering more than 40W.

The STEVAL-IPE005V1 is a demonstration programmer board based on the STPM01 energy meter. It is fully compatible with the STPM01 energy meter and the appropriate manager software. It is an integrated system designed to provide a complete, ready-to-use energy meter application. The board is a high-end solution for power metering based on the STR710 microcontroller with an embedded RTC and an external memory interface (EMI) capable of driving 1 Mbyte of on-board SRAM. The demonstration board also integrates an on-board optical insulated serial line, allowing isolation of the board ground reference.

STEVAL-IPE008V1 is an energy meter (3-phase) demonstration board based on the STPM01 and STR715FR0. It features a multi-chip topology, in which each phase is monitored using a single-phase device, a common clock network, and a power supply in fly-back topology using a VIPer12ADIP-E.

STEVAL-IHI001V1 is a demonstration board designed to simulate the user interface of a modern washing machine.