PQES monitoring systems are vital to modern power distribution systems. The Analog Devices ADE 9430 is a highly accurate, effective solution that provides complete power monitoring with tightly integrated acquisition and calculation engines.
In partnership with Excelpoint
Developing medium bandwidth signal chain systems must balance conflicting performance measures and fall within cost or power consumption requirements. Engineering such a solution can be complicated and lead to unexpected delays and extensive testing. But, using a signal chain platform—such as ADI Medium Bandwidth—can significantly reduce the complexity and time required to achieve a highly accurate, precise signal chain system.
In partnership with Excelpoint
Emerging technologies based on Wide Band Gap (WBG) semiconductor materials enable new approaches to increase power density. At high switching frequencies, GaN HEMTs for synchronous rectifier (SR) switches have the advantages of lower charges and faster switching transitions.
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
High-precision data acquisition is a vital technology in industrial and healthcare applications. This article describes a typical data acquisition (DAQ) system and how a DAQ module from Analog Devices meets the performance needs for such a system.
In partnership with Digi-Key Electronics
As sensors become more important in the world today, developing precision signal chains becomes equally as important. With Analog Device’s comprehensive and extensive suite of signal chain offerings, engineers can develop application-optimized signal chain solutions for the best possible performance, cost, and time to market.
In partnership with Excelpoint
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
Using this comprehensive guide, engineers will feel confident to switch to Silicon Carbide (SiC). They can leverage SiC's low switching losses, improved system efficiency, high power density in a smaller footprint, 3x superiority to silicon in thermal conduction, and many other benefits. Download your copy here!
August 18, 2022 by Future Electronics
Phase noise can be measured using traditional spectrum analyzers as well as dedicated phase noise analyzers. Explore the difference between these two methodologies and in particular, how the cross-correlation method improves both the sensitivity and accuracy of phase noise measurements.
July 31, 2022 by Rohde & Schwarz
AMETEK Programmable Power’s two new series of multiple output DC programmable power supplies—the Asterion DC ASA and ASM Series—address the needs of a wide range of applications. In this application note, learn about specific applications, such as military and aerospace test, and the benefits of the ASA and ASM Series, including its high power density and options for front-panel and remote control.
March 16, 2022 by AMETEK Programmable Power
A network analyzer that performs multiple accurate measurements on a single connection saves time and simplifies your processes. Advanced network analyzer capabilities and options can help you stay ahead of the curve characterizing modern devices.
February 07, 2022 by Keysight Technologies
This white paper displays how the Tanner flow simplifies the design and verification process of Analog/Mixed-Signal design. It also describes how the user can verify design functionality, connectivity, and performance at all levels of the design hierarchy and for all integrated circuit (IC) applications.
August 12, 2021 by Siemens Digital Industries Software
