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Push-Pull

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**Push-Pull**

What is Push-Pull?

Push-pull is a type of electronic circuit that employs a pair of active devices (transistors, vacuum tubes, etc.) that alternately supply current to a load. This arrangement enhances power output and efficiency, and it can reduce distortion. It is commonly used in audio amplifiers and power amplifiers.

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What other technologies are related to Push-Pull?

Push-Pull Competitor Technologies

Half-Bridge
Half-bridge converters are an alternative topology to push-pull converters for similar power ranges and applications.
Cuk
No summary available
The Cuk converter provides an alternative topology for DC-DC conversion, capable of both step-up and step-down functions, like push-pull but with different characteristics.
Forward
Forward converters offer another isolated DC-DC conversion approach, serving a similar function as push-pull but with a different circuit configuration.
full-bridge
No summary available
Full-bridge converters provide an alternative isolated DC-DC conversion topology, generally used for higher power levels than push-pull.
Flyback
Flyback converters are a simpler isolated DC-DC converter topology suitable for lower power applications, offering an alternative to push-pull designs.
Sepic
The SEPIC converter is a DC-DC converter capable of both step-up and step-down functions, offering an alternative, non-isolated topology.
Buck
Buck converters are a simpler non-isolated DC-DC converter topology only capable of step-down functions, offering a different and typically lower cost approach.
Boost
Boost converters are non-isolated DC-DC converter topologies capable of only step-up functions and offer an alternative approach.
Number of organizations that mention technology
55
Push-Pull
80
Half-Bridge
25
Cuk
138
Forward
49
full-bridge
234
Flyback
60
Sepic
416
Buck
1,532
Boost
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Push-Pull Complementary Technologies

Schottky Diodes
No summary available
Schottky diodes can be used in push-pull converters, particularly for rectifying the output voltage due to their fast switching speeds and low forward voltage drop.
IGBT's
IGBTs can be used as switching elements in higher-power push-pull converters, especially when MOSFETs are not sufficient.
MOSFETs
MOSFETs are commonly used as switching elements in push-pull converters due to their fast switching speeds and low on-resistance.
Number of organizations that mention technology
55
Push-Pull
37
Schottky Diodes
52
IGBT's
436
MOSFETs
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Which job functions commonly mention Push-Pull?

Chip Designer
31 Chip Designer jobs mention Push-Pull
View 31 jobs on Sumble
Hardware Engineer
41 Hardware Engineer jobs mention Push-Pull
View 41 jobs on Sumble
Electrical Engineer
78 Electrical Engineer jobs mention Push-Pull
View 78 jobs on Sumble
Technical Designer
29 Technical Designer jobs mention Push-Pull
View 29 jobs on Sumble
Engineer
148 Engineer jobs mention Push-Pull
View 148 jobs on Sumble
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