Keyphrases
Single-stage
100%
Flicker-free Operation
95%
High Efficiency
73%
High Power Factor
58%
Ripple Cancellation
58%
Electrolytic Capacitor-less
52%
Wide Input Voltage Range
51%
Power Factor Correction
47%
LLC Converter
42%
Ripple Current
40%
Power Conversion
37%
Single-stage LED Driver
34%
Multiplexing
31%
Light-emitting Diode (LED) Driver
31%
Single-stage Power Conversion
29%
Frequency Doubling
27%
Output Voltage
26%
Energy Buffering
24%
Cost Components
24%
Ripple Voltage
24%
Film Capacitor
23%
Primary Side
23%
Electrolytic Capacitor
21%
Cost Efficiency
21%
Buffer Component
21%
Energy Buffer
21%
Energy Channels
21%
Flicker-free LED Driving
21%
Flyback LED Driver
21%
Buck-boost
21%
Soft Switching
20%
Low Component
19%
Switching Cycle
19%
Input Voltage
18%
Low-frequency Ripple
18%
AC-DC
17%
Double-frequency Ripple
17%
Resonant Topology
15%
Resonant Converter
15%
Light-emitting Diodes
15%
Stage Lighting
15%
Power Converter
14%
Switching Losses
14%
Capacitor Voltage Ripple
14%
Power Decoupling
14%
Driving Performance
13%
Transferred Energy
13%
Capacitors
12%
Light Quality
12%
Lighting Applications
12%
Engineering
Energy Engineering
72%
Power Conversion
62%
Power Factor
61%
Input Voltage
61%
Electrolytic Capacitor
58%
Electric Power Factor Correction
42%
Output Voltage
37%
Ripple Frequency
35%
Light-Emitting Diode
31%
Multiplexing
31%
Double Line
28%
Primary Side
24%
Soft-Switching
24%
Switched Capacitor
21%
Channelling
21%
Ripple Voltage
20%
Power Converter
19%
Frequency Line
17%
Cost Efficiency
17%
Capacitor Voltage
15%
Switching Frequency
14%
Conversion Ratio
14%
Switching Loss
12%
Buck Converter
10%
Bridge Structure
10%
Current Compensator
10%
Mode Operation
10%
Input Stage
10%
Pulse Width Modulation
10%
Harmonics
10%
Voltage Source Inverter
10%
Phase Voltage
10%
Current Sensor
10%
Load Application
10%
Fuel Cell
10%
Battery (Electrochemical Energy Engineering)
10%
Energy Source
10%
Zero Current Switching
10%
Duty Cycle
10%
Design Concept
9%
System Cost
8%
Control Algorithm
8%
Design Complexity
7%
Frequency Operation
7%
Pulse Duration
7%
Power Switch
5%
Conduction Loss
5%
Active Power
5%
Passive Component
5%
Limitations
5%