Engineering & Materials Science
Phase noise
72%
Networks (circuits)
71%
Electric power utilization
69%
Transceivers
63%
Variable frequency oscillators
58%
Power amplifiers
57%
Phase locked loops
54%
Beamforming
51%
Transmitters
50%
Communication
48%
FinFET
42%
Quadrature amplitude modulation
42%
Millimeter waves
41%
Tuning
40%
Transistors
39%
Low noise amplifiers
38%
Bandwidth
36%
Field effect transistors
33%
Electric potential
32%
Continuous wave radar
31%
Calibration
31%
Radio receivers
31%
Analog circuits
30%
Antenna phased arrays
29%
Jitter
29%
Modulation
25%
Feedback
24%
Silicon
24%
Capacitors
24%
Sampling
23%
Noise figure
23%
Antennas
23%
Capacitance
21%
Phase shifters
20%
Orthogonal frequency division multiplexing
20%
Static random access storage
18%
Modulators
18%
Cutoff frequency
18%
Radar transmitters
18%
Heterojunction bipolar transistors
18%
Doherty amplifiers
16%
Variable gain amplifiers
16%
Amplification
16%
Costs
15%
Digital circuits
14%
Acoustic impedance
14%
Topology
14%
Detectors
14%
Insertion losses
14%
Wireless local area networks (WLAN)
14%
Physics & Astronomy
CMOS
100%
analog circuits
24%
performance
21%
transformers
20%
power amplifiers
20%
analogs
20%
SOI (semiconductors)
20%
transistors
11%
quadratures
11%
ridges
11%
output
10%
silicon
10%
power efficiency
10%
amplifiers
10%
insulators
10%
oscillators
9%
inductors
9%
scaling
9%
millimeter waves
9%
duplexers
9%
antennas
9%
differential amplifiers
8%
modules
8%
transmitters
7%
chips
7%
linearity
7%
phased arrays
7%
field effect transistors
7%
direct current
7%
communication
7%
quadrature amplitude modulation
6%
layouts
6%
cancellation
5%
insertion loss
5%
electrostatics
5%
low noise
5%
nonlinearity
5%
tuning
5%
locking
5%
engineering
5%
bursts
5%
power gain
5%
high speed
5%
