STMicroelectronics' new Industrial-Plus Serial EEPROMs, which operate at temperatures to 105°C, deliver the industry's most complete selection of densities, bus interfaces, and packages, giving designers extra flexibility to upgrade data and parameter storage without making pc-board design changes.
With 34 new part numbers from 2Kbits to 512Kbits in a choice of SO8N or TSSOP pin-compatible packages, the M24 (I2C) and M95 (SPI) series enable equipment used in challenging thermal conditions to benefit from enhanced-reliability devices.
Typical applications include advanced industrial controls and networking equipment, smart-lighting systems, smart power switches, computer servers, and wireless communication modules for harsh environments. ST's state of the art proprietary EEPROM process technology and compact surface-mount packages also help engineers address system size, weight, and cost challenges.
Rapid, 4ms write time and support for clock frequencies up to 20MHz make these new devices ideal where high-speed parameter storage and rapid data exchange is needed. Up to 4M write/erase cycles are supported. Designers can also leverage a built-in device identification code for traceability and a write-lockable page for securing sensitive data like serial numbers, identifiers, or traceability information.
All 34 Industrial-Plus EEPROMs are in production now and samples are available in all densities, package configurations, and bus-interface options.
Click here for more information or to buy from Anglia-Live.
The STM32U3 families have been developed for applications where efficient power management is essential, while still delivering the functionality expected from a contemporary 32-bit MCU platform.
STMicroelectronics have introduced the L6986I device, a high-performance synchronous buck converter that is designed for use in applications that require isolated power conversion.
Introducing STMicroelectronics New STM32C5 Series of Powerful MCUs for Cost‑Optimised Designs. Samples and evaluation kit available from Anglia.
STMicroelectronics is advancing Industry 5.0 with a new generation of smart, high accuracy MEMS sensors that integrate machine learning cores (MLC) and intelligent sensor processing units (ISPU) for local, ultra low power analytics at the edge.
STMicroelectronics has unveiled the ST1VAFE3BX, the first dual-function biosensor combining a vertical analog front-end (vAFE) for detecting biopotential signals and a 3-axis ultralow-power accelerometer for motion tracking.
The STM32N6x7 family is STMicroelectronics newest and most powerful STM32 MCU to date and the first to come with their Neural-ART Accelerator.