Index

1dB Compression point

A

ACPR

active matching

AM/AM conversion

AM/FM conversion

AM/PM conversion

amplitude-modulation noise

attenuator

B, C

Balanced amplifier

Bode-Fano

cascode

cold transistor

cold-transistor mixer

common

drain
grid
source

constant noise factor circles

constant-gain circles

conversion

gain
matrix

D, E, F

dielectric resonator oscillator

differential amplifier

diode mixer

distributed amplifier

double-balanced mixer

drain line

EER

efficiency improvement

envelope tracking

fixed-frequency oscillator

frequency multiplier

Friis formula

G, H, I

gain compression

gain matching-noise factor compromise

Gilbert Cell

grid line

high-efficiency classes

image frequency rejection mixer

image frequency

inter-stage matching

L, M, N

large-signal matching

LINC

linearization

load line

load-pull

low-noise amplifier

mapping

maximum gain amplifier

mixed modes

multistage amplifier

narrowband matching with distributed circuits

negative real part impedance

noise factor

double-band
single-band

noise floor

noise in an oscillator

noise spectrum

non-constant envelope

NPR

O

one-port network-type oscillator

optimum load impedance

oscillation conditions

oscillation

start
stability

oscillator synchronization

P

parametric operation

phase shifter

phase-modulation noise

PIN

PIN diode

polarization circuits

port isolation

power
combination of

gain

pulling

pump signal

pushing

Q, R, S

quasi-static analysis

reactive

stabilization
matching
stabilization

reactive wideband matching

selective mismatch

Get Design of Microwave Active Devices now with the O’Reilly learning platform.

O’Reilly members experience books, live events, courses curated by job role, and more from O’Reilly and nearly 200 top publishers.