Newsletter | August 3, 2024

08.03.24 -- July's Best: Oscillators In Satellites | Intro To Poles And Zeros | CFA Theory Of Operation

FROM THE EDITOR

The Role Of Oscillators In Satellites And Satellite Systems

Oscillators, is there anything they can’t do? Well, of course there are. But what they can do – especially in space as part of a satellite system – is pretty cool.

MOST POPULAR ARTICLES

Filter Basics 9: An Introduction To Poles And Zeros

Article | Knowles Precision Devices DLI

In part 9 of the Filter Basics series, we go in-depth on how poles and zeros impact a transfer function to show you how you can use this information to improve your filter’s performance.

Characterizing Parasitic Components In Power Converters

White Paper | Rohde & Schwarz GmbH & Co. KG

With the rise of wide-bandgap semiconductors like GaN and SiC, characterizing parasitic components in power converters is crucial for maintaining efficiency and preventing performance issues.

CFA Theory Of Operation

White Paper | CPI Electron Device Business

A CFA is a vacuum electron device (VED) with characteristics of a magnetron and a traveling wave tube (TWT). This white paper delves into CFA characteristics and operational theory.

MOST POPULAR NEWS

Raytheon Technologies Awards CAES $172M Multi-Year Contract

Airbus Awarded Contract For Military Communications Satellite System

Planar Filter Product Line

HawkEye 360 Announces Initial Operating Status Of Cluster 8

U.S. Navy Funds Mercury To Advance Chip-Scale Technologies

CONTRIBUTE TO RF GLOBALNET!

It is our goal to provide the industry's most intriguing content to our readers in each newsletter. To that end, RF Globalnet welcomes editorial contributions of all kinds, from white papers and application notes to guest columns and case studies, as well as news and article suggestions. If you have an idea to share, please review RF Globalnet's  contributor guidelines and contact us. Thank you for reading, and we look forward to hearing what we can do to better serve you.

Connect With RF Globalnet: