Engineering
Analog-to-Digital Converter
100%
Amplifier
97%
Successive Approximation
87%
Electric Power Utilization
86%
Comparator
59%
Front End
52%
Resistive Random Access Memory
46%
Simulation Result
45%
Sampling Rate
42%
Chip Area
41%
Analog Front
40%
Phase Noise
40%
Power Supply
39%
Supply Voltage
38%
Operational Amplifier
34%
Delta Modulator
30%
Switched Capacitor
29%
Low Noise Amplifier
26%
Transceiver
25%
Power Amplifier
24%
Sampling Technique
23%
Radio Frequency Identification
23%
Phase Locked Loop
23%
K-Band
23%
Time Domain
23%
Mixers (Machinery)
23%
Acquisition System
23%
Input Frequency
20%
Noise Performance
19%
Convertor
19%
Operating Frequency
18%
Field Programmable Gate Arrays
17%
Differential Output
17%
Current Reference
17%
Current Source
17%
Internet of Things
16%
Transmissions
15%
Integrated Circuit
15%
Internals
15%
Parasitic Capacitance
15%
Measured Phase
15%
Energy Engineering
15%
Experimental Result
14%
Voltage-Controlled Oscillator
14%
Nyquist Frequency
14%
Charge Pump
14%
Settling Time
14%
Reference Voltage
14%
Capacitive
13%
Ultra-Wideband
13%
Computer Science
Random Access Memory
23%
Sparsity
23%
Multicore
23%
Operating Frequency
19%
Energy Efficient
17%
Energy Efficiency
16%
Convolutional Neural Network
13%
Experimental Result
12%
super resolution
11%
Noise Performance
11%
Automatic Detection
11%
Efficient Implementation
11%
Ring Oscillator
11%
Signal Bandwidth
11%
Energy Consumption
11%
Power Efficiency
11%
Laser Communication
11%
Power Consumption
11%
Memristor
11%
Floating-Point Number
11%
Decision Method
11%
hand gesture recognition
11%
Verification System
11%
Spatial Information
11%
sigma delta modulator
11%
Convolutional Layer
11%
Time Consumption
11%
Noise Amplifier
11%
Digital Converter
11%
Circuit Complexity
11%
Artificial Intelligence of Things
11%
IoT Application
11%
Temporal Information
11%
Storage System
11%
Image Acquisition
11%
Hardware Design
11%
Signal Processing Hardware
11%
Array Signal Processing
11%
Image Storage
11%
Acquisition System
11%
Memory Architecture
8%
rate distortion optimization
7%
Supply Voltage
7%
Von Neumann Architecture
5%
Communication Link
5%
Recognition Accuracy
5%
Lower Energy Consumption
5%
Information Storage
5%
User Data
5%
Horizontal Direction
5%
