Engineering
Energy Harvesting
100%
Output Voltage
77%
Input Voltage
66%
Output Power
59%
Charge Pump
56%
Conversion Efficiency
50%
DC-to-DC Converter
49%
Photovoltaics
46%
Buck Converter
45%
Switched Capacitor
44%
Boost Converter
44%
Peak Efficiency
37%
Wireless Power Transfer
34%
Thermoelectricity
32%
Power Conversion Efficiency
31%
Internet-Of-Things
28%
Medical Implant
28%
Light Load
24%
Switching Loss
24%
Solar Cell
23%
Power Management
22%
Current Output
21%
Current Load
21%
Oscillator
21%
Power Stage
20%
Peak Power
19%
Load Condition
19%
Metal-Oxide-Semiconductor Field-Effect Transistor
19%
Capacitive
18%
Digital Gate
17%
Internet of Things Device
17%
Trimming
17%
Power Transmission
17%
Digital Circuits
16%
Supply Voltage
16%
Power Amplifier
14%
Frequency Modulation
14%
Power Converter
14%
System Efficiency
13%
Experimental Result
13%
Operating Mode
13%
Power Supply
12%
Simulation Result
12%
Hot Carrier Injection
11%
Output Ripple
11%
Pulse Frequency
11%
Stimulator
11%
Modulation Technique
11%
Input Power
11%
Conversion Ratio
10%
Keyphrases
Output Voltage
58%
Charge Pump
48%
Fully Integrated
44%
Single-inductor
40%
Peak Efficiency
38%
Energy Harvesting Interface
38%
Buck Converter
37%
Input Voltage
35%
Power Output
34%
Wireless Power Transfer System
30%
Switched-capacitor Converter
29%
Energy Harvesting
29%
CMOS Process
29%
Battery-free
29%
Measurement Results
28%
Dual-mode
28%
Implantable Devices
28%
Regulating Rectifier
28%
65nm CMOS
26%
Conversion Efficiency
26%
Photovoltaic Cells
24%
On chip
24%
Low Voltage
23%
Power Conversion Efficiency
22%
Output Current
21%
High Efficiency
20%
Boost Converter
20%
Power Stage
19%
Dual Output
19%
Low Power
19%
Power Efficiency
19%
DC-DC Converter
18%
High Power Conversion Efficiency
18%
Low Input Voltage
18%
Internet of Things Devices
17%
Output Voltage Ripple
17%
Photovoltaic Energy Harvesting
17%
Energy Recycling
17%
Switched Capacitor
17%
Standard CMOS Technology
17%
Pulse Density Modulation
16%
Loading Conditions
16%
Gate Driving
16%
Internet of Things Applications
16%
CMOS Technology
15%
Triple Outputs
15%
Tunable Oscillators
14%
Self-powered
14%
Reconfigurable
14%
Energy Harvesting System
14%