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Designed for high-speed and high-temperature motor applications, these devices are optimized for applications leveraging rotating magnets. Integrating two sensors and two separate signal chains, the TMAG511x/TMAG511x-Q1 offers two independent digital outputs.

Technology companies are looking to expand into more intelligent and advanced sensing in vehicle interiors. Consumers want to see applications such as child presence detection, occupant detection, vital-sign monitoring and gesture recognition. The in-cabin space currently has various camera-based and time-of-flight solutions; however, most of these are limited to only one application per device. Designers must then include multiple devices in the...

Murata has announced the availability of its MGJ2 series, a new line of surface-mount DC-DC converters. Comprised of six models, the lightweight units each have a 2 W power rating and are supplied in a compact, low-profile form factor modules measuring just 19.49mm x 14.99mm x 4.39mm dimensions. Available in 12 V and 15 V voltage rails, they feature +15V/-5V, +15V/-9V, and +20V/-5V bipolar outputs. They are intended to accompany the IGBT and SiC-...

Security in IoT devices is a growing concern. Reports show that in the first half of 2021, there were 1.5 billion attacks on IoT devices. The main reason for these attacks and subsequent data breaches is the lack of security.   Currently, only around 4% of deployed IoT products having adequate security in place. Winbond looks at how the security of connected devices needs to be based on software and hardware resilience to not only prevent...

The DC ATX converter BICKER DC161W is ideally suited for the reliable ATX power supply of latest motherboards in industrial, medical and mobile applications with strong fluctuations in the DC supply network. The highly efficient converter includes a thermal pad for contact cooling and delivers a fanless continuous output of 160 Watt. The DC161W convinces with robust reliability, an energy-saving circuit design and uncompromising industrial qualit...

Visit our experts at electronica 2022 on Booth C2-331, November 15 to 18th

As FPGAs are continually upgrading their performance, so too is the need for their power consumption. As a result, designers are requiring systems with increased power density that have a level of reliability needed for the harsh environment in space. This webinar covered: The advantages of using TI’s radiation hardened and space enhanced plastic power components over up-screened commercial or automotive alternatives Designing with buck...

  In this webinar, Jon Harper will be showing you how to achieve the ultra high power density on the 65 watt and 100 watt USB solutions.

As aerospace technology continues to develop, the industry has seen a dramatic increase in the lifetime of satellites. With this increase, the operational lifetime of many satellites now surpasses that of the telecom standards they were developed around. Because of this, the need for re-programmability in space applications has also risen [1]. Microsemi® is one company that addresses this need with their SRAM based FPGA, the RTG4™.

The new 50mV input, ACPL-C72x is designed for shunt-based high current (>100A) sensing, while the ACPL-C877 digital voltage sensor has a 2V, 1GΩ high impedance input.  Find out how our new optocouplers are helping to improve energy efficiency by reducing power losses in green energy applications.