Circuit Simulator - Improved Push-Pull Follower
Why should I learn to use the circuit simulator to design Improved Push-Pull Follower circuits?
Learn how to use circuit simulator software to design your own Improved Push-Pull Follower circuits.
Where can I get a Improved Push-Pull Follower circuit diagram with an explanation?
IndiaBIX provides numerous Improved Push-Pull Follower circuit diagrams with detailed explanations and working principles.
How do I design a Improved Push-Pull Follower circuit with this circuit simulator?
You can easily design Improved Push-Pull Follower circuit diagrams by practising with the given circuit simulator. With this online circuit simulator, you can design and simulate your own electronic circuits.
Improved Push-Pull Follower
Circuit Description:
This is a Class B amplifier, or push-pull follower. There is no voltage gain, but it amplifies current.
One drawback of the simple class B push-pull is crossover distortion. This example is a big improvement over the previous example.
In the last example, each half of the circuit conducts over half the waveform. In this example, each half conducts a small amount on the other half. This improves linearity (reducing crossover distortion), but it's not quite as efficient; when there is no output, it still draws current.
One drawback of the simple class B push-pull is crossover distortion. This example is a big improvement over the previous example.
In the last example, each half of the circuit conducts over half the waveform. In this example, each half conducts a small amount on the other half. This improves linearity (reducing crossover distortion), but it's not quite as efficient; when there is no output, it still draws current.
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