The common emitter circuit with voltage divider biasing is the most widely used linear amplifier configuration as its easy to bias and understand. As with the CE amplifier and CC amplifier circuits, the phase splitter circuit is forward biased to operated as a linear class-A amplifier to reduce output signal distortion.īut first let’s refresh our knowledge of the common emitter (CE) amplifier circuit and the common collector (CC) amplifier circuit configurations. ![]() the phase splitter, phase-inverter circuit combines the characteristics of a common emitter amplifier with that of a common collector amplifier. ![]() Thus the transistor phase splitter is a dual output amplifier producing complementary outputs from its collector and emitter terminals which are out-of-phase by 180 o.Ī single-transistor phase splitter circuit is nothing new as we have seen its basic building blocks in previous tutorials. The input signal of a transistor phase splitter is applied to the base terminal with one output signal taken from the collector terminal and the second output signal taken from the emitter terminal. The Phase Splitter is another type of bipolar junction transistor, (BJT) configuration where a single sinusoidal input signal is split into two separate outputs that differ in phase from each other by 180 electrical degrees.
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