Engineering
Oscillator
100%
Realization
92%
Simulation Result
85%
Conveyor
69%
Amplifier
62%
Experimental Result
54%
Power Amplifier
53%
Random Number
36%
Continuous Time
32%
Active Element
32%
Chip Area
31%
Current Output
30%
Active Filters
27%
Transfer Function
26%
Q Factor
26%
Passive Component
25%
Bandpass Filter
24%
Deep Neural Network
20%
Matching Network
19%
Signal Flow Graphs
18%
Frequency Operation
18%
Output Impedance
18%
High Power Amplifier
18%
Active Component
18%
Integrated Circuit
17%
Operating Frequency
16%
Active Device
16%
Nonlinearity
15%
All-Pass Filters
15%
Delay Time
15%
Simplifies
15%
Optimization Method
13%
Constant Time
13%
Passive Element
13%
Filter Circuit
13%
Exponential Function
13%
SPICE
13%
Electric Power Utilization
12%
Dynamic Range
12%
Building Block
12%
Illustrates
12%
Design Technique
12%
Filter Parameter
12%
Limitations
11%
Analog Signal
11%
Saturation Region
11%
Design Tool
11%
Circuit Design
11%
Design Environment
10%
Filter Order
10%
Keyphrases
Current Mode
93%
Chaotic Oscillator
73%
Universal Filter
42%
All-pass Filter
34%
Non-autonomous
33%
Power Amplifier
32%
Multifunction Filter
31%
MOS-only
30%
First-order
30%
Current Differencing Transconductance Amplifier
29%
Active Elements
27%
Power Amplifier Design
26%
Random number Generator
25%
Transistor
25%
Continuous-time
23%
Chaotic Attractor
22%
Butterfly
22%
Deep Neural Network
21%
Minimum number
21%
Random number Generation
20%
Current Conveyor
19%
Capacitors
19%
Nonlinearity
19%
Truly Random number Generator
18%
Dual Output Current Conveyor
18%
Signal Flow Graph
18%
Filter Realization
18%
High-power Amplifier
18%
Chaotic Circuit
18%
Sinusoidal Oscillator
17%
Passive Component
17%
Neural Network
17%
Graphical Approach
17%
CMOS Process
16%
High Performance
15%
Current-mode Filter
15%
All-pass
15%
SPICE Model
15%
Active Components
15%
Optimization Methods
15%
CCII+
15%
Single Input
15%
Fully Integrated
15%
Load-pull
14%
Active Filter
14%
Binary Data
13%
HSPICE
13%
RF Power Amplifier
13%
Double Scroll
13%
CMOS Realization
13%
