This white paper covers the fundamentals of designing an RF communication system, including coverage on the transmission medium, wave propagation, free space path loss, transmit and receive portion, ...

In Part 2 of RF Fundamentals, we will continue our discussion of measurement challenges associated with the RF signal chain. We will discuss swept tuned and FFT receiver techniques and ...

Abstract: This new resource presents a comprehensive view of radio-frequency (RF) positioning. The book is organized to allow readers to progress at a fast pace, from the fundamentals of RF ...

During this 1-hour webcast, you will learn about the RF transmit/receive signal chain*. We will review the role of network analysis in characterizing the key components of these systems ...

Abstract: This is a comprehensive guide to the latest innovations in reconfigurable RF and microwave technologies, providing a deep dive into advanced materials, fabrication techniques, and ...

Designing a system for communication over RF is a dark art. It’s an obscure domain filled with photonmancy, wires going every which way, and imaginary numbers. RF is reserved entirely for wizards.

A PIN diode is a semiconductor device that operates as a variable resistor at RF and microwave frequencies. The resistance value of the PIN diode is determined only by the forward biased DC current.

Yuri Shlepnev for his rock solid understanding of RF fundamentals, as well as his infinite patience in helping me understand them, too. ;-) Dennis Han for thoroughly beating the snot out of PyBERT w/ ...