Newsletter | May 16, 2024

05.16.24 -- Digital Twins: From Apollo 13 To Treating Cancer | What Is Additive White Gaussian Noise | Measuring Inrush Current

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FROM THE EDITOR

Digital Twins: From Apollo 13 To Treating Cancer

Digital twins are virtual replicas of physical objects or systems, enabling real-time monitoring, analysis, and optimization. An earlier version of them helped save the Apollo 13 astronauts, and future versions of them will be used to treat cancer.

INDUSTRY INSIGHTS

What Is Additive White Gaussian Noise And Why Is It Important?

Discover the significance of Additive White Gaussian Noise (AWGN) in test & measurement. Learn how it simulates real-world conditions to enhance system performance.

RF Components For Radar: Duplexing

Delving into duplexing methods for radar systems, explore the advantages of employing either circulator and hybrid coupler setups or single pole double throw switches (SPDT).

The Power Of Connectivity: Smart Home Insights

Discover how Matter standard revolutionizes IoT compatibility and fosters seamless collaboration among smart devices, unlocking a unified, intuitive, and truly connected living environment.

Measuring Inrush Current

Whether it's FPGAs or drilling machines, the surge of inrush current during startup is a crucial consideration, particularly in the realm of switching mode power supplies.

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Rohde & Schwarz Presents Its Test Solutions At CCW 2024

Expansion Of Step Attenuators Offers Precision Control

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Driving Innovation In mmWave Technology

dB Control's Mike Lee discusses some of the company's most exciting technologies that are impacting the aerospace and defense sector, including Ka-Band TWTA's for unmanned aircraft.

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Double Ridge Guide Horn Antenna: SAS-574

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