Keyphrases
65nm CMOS
100%
On chip
42%
W-band
39%
Transmitter
39%
90-nm CMOS Technology
35%
28 Nm CMOS
32%
CMOS Technology
31%
Power Output
29%
Wideband
28%
Transistor
25%
CMOS Process
25%
F-band
25%
Power Amplifier
25%
Voltage-controlled Oscillator
24%
Optical Sensing
22%
Tuning Range
22%
Radiated Power
21%
Phase Noise
21%
Peak Power Output
21%
Micromachining
21%
On-chip Antenna
20%
X-band
20%
Low Power
18%
CMOS chip
18%
Millimeter Wave
16%
Transformer
16%
Thermoelectric Sensor
15%
3-dB Bandwidth
14%
Insertion Loss
13%
DC Power Consumption
13%
Power Efficiency
13%
Injection Locking
13%
Antenna
13%
Subharmonics
13%
Active multiplier
12%
J-band
12%
Radiating Source
12%
Frequency multiplier
12%
Dual-band
12%
Millimeter-wave CMOS
12%
Psat
11%
Mixer
11%
DC Power
11%
RF Interconnect
11%
Transceiver
11%
Colpitts
11%
Mm-wave Frequencies
11%
Standard CMOS Technology
11%
Fully Integrated
11%
Transformer Coupled
10%
Engineering
Output Power
63%
Antenna
55%
Harmonics
52%
W-Band
46%
Electric Power Utilization
41%
Radiated Power
34%
Power Amplifier
32%
Amplifier
28%
Electric Lines
26%
X-Band
24%
Dielectrics
24%
Phase Noise
22%
Voltage-Controlled Oscillator
22%
Mixers (Machinery)
20%
Millimeter Wave
20%
Transceiver
18%
Energy Harvesting
15%
Thermoelectrics
15%
Proof Mass
15%
Noise Figure
14%
Responsivity
14%
Input Power
13%
Micro Machining
13%
Frequency Multiplier
13%
Limitations
13%
Insertion Loss
12%
Terahertz
12%
Directivity
11%
Supply Voltage
11%
Power Conversion Efficiency
11%
Waveguide
11%
Measured Result
10%
Local Oscillator
10%
Db Bandwidth
10%
Directional
10%
Radio Frequency
10%
Dynamic Range
10%
Frequency Source
10%
Electrostatics
10%
Photodiode
10%
Low Noise Amplifier
9%
Gate Bias
9%
Conversion Gain
9%
Resonator
9%
V-Band
9%
Reflectarray
9%
Phase Shifters
9%
Complementary Metal-Oxide-Semiconductor
9%
Ka-Band
8%
Dipole Antenna
7%
