Keyphrases
MOSFET
78%
Low-frequency Noise
78%
Analog Circuits
46%
MOS Transistor
42%
Operating Conditions
39%
Ultra-low Power
37%
Analog CMOS Circuits
37%
Circuit Design
37%
CMOS Process
31%
Noise Behavior
31%
CMOS Technology
29%
Analog Operation
28%
RF Circuits
22%
Dynamic Range
22%
Noise Model
20%
Negative Bias Temperature Stress
20%
Circuit Simulation
20%
Large Signal
18%
Process Variation
18%
Electrochemical Impedance Spectroscopy
17%
Supply Voltage
17%
130 Nm CMOS
16%
Analog Front-end
16%
CMOS Stress Sensor
15%
Matching Behavior
15%
NMOSFET
15%
Deep Submicron
15%
Polysilicon Resistor
15%
Wake-up
15%
Hot Carrier Degradation
15%
Sensor Array
15%
Device Parameters
14%
Monte Carlo Simulation
13%
Analog Circuit Design
13%
Physics-based
13%
Low Power
13%
MOSFET Reliability
13%
Stress-induced
13%
Fully Integrated
13%
Device Physics
13%
90-nm CMOS Technology
12%
Detection Method
11%
Channel Length
11%
Integrated Circuits
11%
Statistical Interaction
11%
Barcoding
10%
Stress Magnitude
10%
Mechanical Stress Sensors
10%
RFID Tags
10%
Analog Applications
10%
Engineering
Metal-Oxide-Semiconductor Field-Effect Transistor
100%
Frequency Noise
78%
Circuit Design
49%
Front End
34%
Supply Voltage
29%
Temperature Stress
26%
Analog Circuit
26%
Sensor Array
20%
Circuit Simulation
20%
Analog Circuit Design
19%
Process Variation
19%
Energy Engineering
18%
Induced Stress
18%
Dynamic Range
18%
Analog Front
18%
Biosensor
15%
Digital Circuits
15%
Resistive
15%
Current Drain
12%
Noise Performance
12%
Experimental Result
12%
Microcontroller
12%
Noise Amplitude
11%
Mosfets
10%
Trimming
10%
Side Wall
10%
Buck Converter
10%
Mechanical Stress
10%
Assembly Process
10%
Bit Resolution
10%
Analytical Approach
10%
Power Engineering
10%
Biomolecule
10%
End Voltage
10%
Limiters
10%
Proportionality
10%
Discrete Time
10%
Integrated Circuit
10%
Statistical Model
10%
Band Gap
10%
Digital Electronics
10%
Reliability Evaluation
10%
System-on-Chip
9%
Oscillator
9%
Analog-to-Digital Converter
9%
Channel Length
8%
Hold Time
8%
Electric Power Utilization
8%
Design Technique
8%
Operational Amplifier
7%
