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
constant noise factor circles
constant-gain circles
conversion
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
noise floor
noise in an oscillator
noise spectrum
non-constant envelope
NPR
O
one-port network-type oscillator
optimum load impedance
oscillation conditions
oscillation
oscillator synchronization
P
parametric operation
phase shifter
phase-modulation noise
PIN
PIN diode
polarization circuits
port isolation
gain
pulling
pump signal
pushing
Q, R, S
quasi-static analysis
reactive
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.