STMicroelectronics Manuals

Data brief for STEVAL-ISV005V2 240 W photovoltaic battery charger based on the SPV1020

This data brief describes the STEVAL-ICB010V1 AirNavigationPad demonstration board, a PC HID peripheral that can be used to interact with the PC by sending commands in the same way as a PC mouse.

This data brief provides a detailed description of the STEVAL-TLL008V1 camera flash with SuperCap features, including different operating modes, LED current adjustment range, NTC function, status register, ATN pin, Ready pin, light sensor, etc.

This document describes the STMicroelectronics STEVAL-IPE010V2 energy meter demonstration kit motherboard, which is based on the STPMC1. It has various features and functions and can be used to design a Class 1 meter for 2 to 4-wire power line systems.

The document describes the EVAL6474H demonstration board, which is a microstepping motor driver. It is designed to be used in combination with the STEVAL-PCC009V2 communication board and the easySPIN evaluation software. The EVAL6474H supports daisy chain configuration and is suitable for evaluating the L6474 in multi-motor applications.

The STEVAL-PCC015V1 demonstration board serves as a bridge between a standard USB port and a classical serial COM port. It implements the standard CDC class of USB and emulates COM port functionality to a standard USB port. The board implements RS232 full hardware flow control using RTS and CTS. The communication task between USB and RS232 (UART) is performed by the STM32 medium density line device. A standard DB9 connector (female) is used for RS232, allowing direct connection to a PC. The unit is bus-powered and RoHS compliant.

The STEVAL-IPE012V2 is a single-phase electricity meter based on the STPM10 metering IC and STM8L152 microcontroller. It has a current range of 10A / 80A, with accuracy of class 1 and dynamic range of 200:1. The nominal voltage is 240V and the nominal current is 10A (ITYP), with a maximum current of 80A (IMAX). The operating range is 0.6 Vb to 1.2 Vb. The meter constant is 3200 impulses/kWh. The power frequency range is 45 Hz to 65 Hz. The sensor consists of a primary side CT and secondary side Shunt. The communication interface is IrDA.

This data sheet introduces the ST7580 power line networking system-on-chip and its features and functions, including the main board for AC power supply and the STM32 microcontroller for handling the ST7580 device and building a standalone power line node.

This is a production information of STM32L152D-EVAL evaluation board

The STEVAL-IFS017V1 demonstration board provides an evaluation platform for testing multiple temperature sensor and real-time clock (RTC) ICs from STMicroelectronics. The STEVAL-IFS017V1 acts as a motherboard based on the STM32 microcontroller, to which different daughter cards with temperature sensors and RTCs can be connected. The temperature sensors supported by this system are: the STLM20, STTS424E02, STTS75, STDS75, STLM75, STCN75, STTS751, and STTS2002. RTCs supported by this system are: the M41T82SM6, M41T83SQA6, M41T83SMY6. The STEVAL-IFS017V1 demonstration board can operate in USB powered mode with a graphical user interface (GUI). The graphical user interface is used to access the registers and demonstrate the features of temperature sensors and RTCs.

This file is a product manual for STEVAL-ISA102V1.

This is a single phase electricity meter with dual EEPROM M24LR64 and STPM10 and STM8L152. It features parameter display, tamper management, maximum demand (MD) calculation, EEPROM data logging and low power management.

This document provides detailed information about the product STEVAL-IFS017V2, including product features, description, schematic diagram, etc.

STEVAL-IFS017V3 is a temperature sensor daughter card based on the STTS751-1DP3F in UDFN package, USB powered, RoHS compliant

The STEVAL-ISA096V1 is a switched mode power supply (SMPS) demonstration board. This non-isolated SMPS is designed in a buck-boost topology and is capable of delivering up to 2 W of output over a wide input voltage range. This board also offers the user the possibility of adapting the circuit to specific needs, thanks to an available free PCB area.