Standard internal AC-DC power supplies are available in numerous configurations to meet the needs of most design projects. However, the broad selection can be overwhelming when trying to select an AC-DC power supply. This whitepaper is a handy reference to help identify the most important AC-DC power supply performance characteristics and specifications for their projects.
In partnership with CUI Inc
A growing number of designers are using gallium nitride (GaN)-based flyback AC/DC power supplies in various applications. GaN is important because it facilitates power transistors that are more efficient, resulting in smaller and cooler power supplies.
In partnership with Power Integrations
As we enter the age of millimeter waves, radio frequency technology will likely be in even greater demand. Over the years, Murata has continued to refine its wireless communication technologies and now offers an extensive portfolio of key devices and modules for wireless communication that cover a diverse breadth of applications.
In partnership with Murata Electronics Singapore (Pte.) Ltd.
Examples for the latest radar-based use cases are vital sensing and presence detection. Detecting if people are nearby enables sophisticated power savings for devices and smarter HMIs. For smart speakers, this adds a layer of context, making the device more intelligent with more functionalities that provide a market advantage.
In partnership with Infineon Technologies
Compared to the next best silicon alternatives, we quantitatively show how much better systems based on GaN power devices can be. We also provide further insight into corresponding topologies, choice of magnetics, and switching frequencies to take the full benefit of the next generation of power devices.
In partnership with Infineon Technologies
Drawing on Infineon’s expertise in power electronics and extensive portfolio of wide bandgap (WBG)- related IP, the high voltage (> 600 V) CoolGaN™ gallium nitride on silicon (GaN-on-Si) high electron mobility transistors (HEMTs) represent a major engineering advance.
In partnership with Infineon Technologies
A stable frequency source is a common requirement for many electronic and most RF devices. Phase noise is the term used to describe measurements of the short-term frequency stability of these sources. This white paper provides a brief technical introduction to phase noise concepts as well as an overview of how phase noise is measured and reported.
In partnership with Rohde & Schwarz
