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mm-Wave phased arrays offer highly attractive capabilities for next generation communication and radar systems. The high operating frequency and highly scaled nature of these systems pose significant ...
Amateur radio was a very important factor in Al becoming an engineer, and Al made important contributions to amateur radio. He was well known for his work on "moon bounce" communication. H...
Dr. Allen Katz's illustrious career spans over five decades, marked by significant contributions to electrical and computer engineering. Joining Trenton State College, now the College of New Jers...
Christopher will provide an overview of predistortion linearization and bring us up to date on the topic’s most recent developments. Subjects will include basic implementation of linearizers; a genera...
Members of the audience will be invited to share their recollections of Al Katz.
Tu3D-1: A 4–240-GHz InP Variable-Gain Amplifier Using an Analog-Controlled Input Attenuation Network
This paper presents the design of a broadband variable-gain amplifier (VGA) using a new analog-controlled input attenuation network for a distributed amplifier (DA). The input attenuation network impl...
This paper presents a distributed amplifier (DA) monolithic microwave integrated circuit (MMIC) achieving a bandwidth of 4-420 GHz with a small-signal gain of 11±2 dB. This sets a new bandwidth record...
A 280 GHz sub harmonic injection locked oscillator implemented in 45 nm RFE technology is presented. It consists in a single to differential buffer, a frequency doubler and a core triple-push oscillat...
This paper presents a wideband 300-GHz mixer module with a local oscillator (LO) leakage suppression function. We employ a single-balanced resistive mixer topology and optimize impedance matching netw...
An analog predistortion (APD) MMIC is experimentally demonstrated at E-Band. The APD has a wide-range tunability of both the fundamental and the third-order coefficients, mapping directly in predistor...