Industrial

The STHV748 is a high-voltage, high-speed pulser generator featuring four independent channels. It is designed for medical ultrasound applications, but can also be used for other piezoelectric, capacitive, or MEMS transducers.

This document is an application note on adjacent channel rejection measurements for the STM32W108 platform. It describes a method that could be used to characterize the adjacent channel rejection (ACR) on RF chips and compares it with other methods used by different manufacturers.

The application note describes the modifications implemented on the STEVAL- ISF001V1 demonstration board, originally designed to work as a PFC rated for a power of 3 kW, to be used as a front-end boost stage for photovoltaic applications.

This document introduces the operating instructions for the air conditioner.

The M24LR64-R is a Dual interface EEPROM with both an 13.56 MHz ISO 15693 RFID and a 400-kHz I2C interface. It is a good solution for RF-enabled sensors, as it allows access to sensor data in read and write mode without consuming any on-board power.

This application note details the design guidelines for developing an application-specific IEEE 802.15.4 design using an STM32W108xx device.

This is an application note that introduces the correct use of the LNBH24 device. The LNBH24 is an integrated solution for supplying/interfacing two independent LNB down-converters in the antenna dishes. It gives good performance in a simple and cheap way, minimum external components are required. It comprises all the functions that allow the realization of a dual tuner STB with supplying/interfacing functions in accordance with international standards. Moreover, it includes an I2C bus interface and, thanks to a fully integrated step-up DC-DC converter, it works with a single input voltage supply for a reasonable range.

This application note describes how to interface a Microsoft® Visual Studio® project with the dynamic link library (DLL) of the application programming interface (API) of the iNEMOTM software development kit (SDK). The DLL object handles the hardware communication interfacing and is an easy way to achieve (soft) real-time performance. The use of DLLs helps with the modularization of code, code reuse, efficient memory use, and reduction of disk space. Typically, this is preferred when you want to access the iNEMOTM demonstration board (STEVAL-MKI062V1) capabilities directly from a software project without accessing the microcontroller firmware.

This application note provides information on the use of the application programming interface (API) of the iNEMO™ software development kit (SDK), which provides easy-to-use function calls to obtain data from the sensors or to change settings. The dynamic link library (DLL) object handles the hardware communication interfacing and is an easy way to achieve (soft) real-time performance. Typically, this is preferred when you want to access the iNEMO board (STEVAL-MKI062V1) capabilities directly in the MathWorks™ MATLAB® application software.

This application note describes the EVAL6229QR demonstration board for the L6229Q DMOS fully integrated three-phase brushless DC motor driver. The board implements a typical application that can be used as a demonstration platform for driving three-phase brushless DC motors with currents up to 1 A DC.

This document introduces the CEC networking function of STM32F100xx series microcontrollers, including CEC protocol software and hardware implementation.

This application note describes a demonstration board based on the new transition-mode PFC controller L6563S and presents the results of its bench evaluation. The board implements a 250 W, wide-range mains input PFC pre-conditioner suitable for desktop PCs, industrial SMPS, flat screen displays, and all SMPS having to meet the IEC61000-3-2 or the JEITA-MITI standard.

This application note describes techniques for connecting the LCD controller available in the medium density STM8L152x devices, medium+ density STM8L152x devices and in the high density STM8L152x/STM8L162x devices to liquid crystal displays (LCD), for driving alphanumeric characters and for converting ASCII characters to LCD segment control codes. It explains how to select the LCD glass well suited for your application, and how to configure the LCD controller to take into account key parameters such as contrast, power consumption, number of used pixels, operating frequency range, and blinking. A brief description of both LCD segment drives firmware embedded on the STM8L1526- EVAL and STM8L1528-EVAL evaluation boards is also provided. For more information on the STM8L152x and STM8L162x LCD controllers, refer to the reference manual (RM0031).