Crossover distortion is a type of distortion which is caused by switching between devices driving a load, most often when the devices (such as a transistor) are matched. It is most commonly seen in complementary, or "push-pull", Class-B amplifier stages, although it is occasionally seen in other types of circuits as well

Crossover distortion is a type of distortion which is caused by switching between devices driving a load, most often when the devices are matched. It is most commonly seen in complementary, or "push-pull", Class-B amplifier stages, although it is occasionally seen in other types of circuits as well.

Consider the following:

Distortion (as low as possible)

Hardware components

Frequency Response

SLP over frequency Response

Cone/Driver Material

Crossover Performance

When we get amplifier output current for 180 degrees of input. then it's called B class amplifier.

In a push pull class B amplifier one of the two power transistors or other amplifying elements handles the positive half of the waveform and the other element handles the negative half of the waveform.

In practice, push pull audio amplifiers are usually class AB; each power transistor handles slightly more than 180 degrees of input. This minimizes distortion (crossover distortion) when one of the two transistors ceases output and the other takes over.

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