Industrial Manuals

The STEVAL-MKI019V1 demonstration board is designed to provide the user with a complete, ready-to-use platform for the evaluation of the LIS302SG. The LIS302SG is a low-power 3-axis linear capacitive accelerometer that includes a sensing element and an IC interface capable of taking information from the sensing element and providing an analog signal to an external application. In addition to the MEMS sensor, the system includes a linear voltage regulator and a rail-to-rail low noise quad amplifier configured as a non-inverting buffer, making both direct sensor outputs and buffered sensor outputs available to the user. The STEVAL-MKI019V1 also provides an easy way to control the power-down and self-test pins.

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The data brief describes the STEVAL-MKI020V1 adapter board, which is designed to facilitate the evaluation of the LIS302SG 3-axis analog output linear accelerometer. The board offers an effective solution for fast system prototyping and device evaluation directly within the user’s own application.

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This is a data brief for STEVAL-MKI021V1 MEMS 3-axis ± 2g analog-output demonstration board, which introduces the features and characteristics of the product.

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The STM8L1528-EVAL evaluation board is designed as a complete demonstration and development platform for the STM8L152M8T6 microcontroller with various hardware features.

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The STEVAL-IFS012V1 is a multi device temperature sensor demonstration motherboard which supports the demonstration of four RTCs; M41T81S RTC mounted on motherboard, M41T82 (SO-8 package) mounted on separate STEVAL-IFR001V1 daughter card, M41T83(QFN package) mounted on separate STEVAL- IFR002V1 daughter card, and M41T83(SOX18 package) mounted on separate STEVAL- IFR003V1 daughter card. RTC mode of the GUI is chosen through the RTC selection icon on the GUI.

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This document is a specification of STEVAL-IFR002V1 RTC calibration daughterboard.

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The STEVAL-IFR003V1 is an RTC calibration demonstration daughter card to be used in connection with STEVAL-IFS012V1, supporting the demonstration of four RTCs, including the M41T83 RTC in SOX18 package.

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The STM32L152-EVAL evaluation board is a complete demonstration and development platform for STMicroelectronics’ ARM cortex-M3 core-based STM32L152VBT6 microcontroller supporting two I2C, two SPI and three USART channels, 12-bit ADC, 12-bit DAC, 16 KB internal SRAM and 128 KB Flash, USB FS, LCD controller, touch sensing and JTAG debugging support.

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The STEVAL-IHT005V1 is a 3.3V controlled ACS/Triac demonstration board designed for the home appliance market. It features a 32-bit MCU and focuses on demonstrating a robust solution. Target applications are mid-end and high-end washing machines, dishwashers, and dryers with different types of ACS/Triacs.

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This document is a data brief for STEVAL-ILM001V1. This product is a plug-in hardware module for the STM8S-DISCOVERY interface for DALI communication. Product features include voltage level translation, proper rise/fall times, current consumption limit, overvoltage protection and RoHS compliance. This product can be used with STM8S-DISCOVERY and SW DALI library to create a fully working DALI slave application.

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This document describes the implementation of a fuel gauge based on STM32F103x. The product uses single-cell Li-Ion battery fuel gauge technology and has dual selectable power input sources, 12-bit ADC for battery fuel capacity monitoring. It is based on the Micro STM32 (ARM Cortex-M3 core) family. RoHS compliant.

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The STEVAL-ISA076V2 demonstration board is a USB compatible battery charger with an integrated power switch. It is designed for Li-Ion/Li-Polymer batteries and can operate with an input voltage of up to 12V. The board features a fully integrated solution with a power MOSFET, reverse blocking diode, sense resistor, and thermal control. It supports AC adapter or USB mode selection and allows for separate programmable charge currents for both AC adapter and USB power sources. In USB mode, it supports low power/high power selection and can operate in both linear and quasi-pulse modes. The board has a preset charge voltage of 4.2V with ±1% accuracy, programmable termination current, and programmable charge timer. It also provides status outputs for driving LEDs or host processor interface, battery absence detection, closed loop thermal control, and NTC or PTC thermistor interface for battery temperature monitoring and protection. The board is RoHS compliant.

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This document is the data sheet of STEVAL-ISA081V1, introduces the features and characteristics of the product, including input and output voltage range, maximum output current, standby power consumption, etc.

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This document is a technical manual for STEVAL-ISB001V1, a step-by-step cell phone battery charger demonstration board based on the STD1LNK60Z-1. It has Vac = 85 to 265 V, output voltage 4.7 V, output power 1.9 W and is RoHS compliant.

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This document is a brief introduction to STEVAL-ICB008V1 touch-sensing software library demonstration board, introducing the features and characteristics of the product.

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1.5 A /1.2 V high frequency synchronous buck converter demonstration board based on the ST1S06

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The document describes the STEVAL-ISA052V1 demonstration board based on the PM6675S, which includes a high-efficiency step-down controller and an independent low-dropout (LDO) linear regulator. The controller features a 4.5V to 28V input voltage range, 0.6V fixed output voltage, and 0.6V to 3.3V adjustable output voltage. It also has fast load transient response, no-resistor current sensing, selectable pulse-skipping mode, and other characteristics.

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The data brief introduces the features of STEVAL-ISA008V1 power supply, including input voltage, output voltage, standby power consumption, overcurrent protection, PCB type and size, safety, EMC, RoHS, etc.

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