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14W CLASS A AMPLIFIER USING 2N3055 ELECTRONIC DIAGRAM
Why Class A ? Because , when biased to class A, the transistors are always turned on, always ready to respond instantaneously to an input signal. Class B and Class AB output stages require a microsecond or more to turn on. The Class A operation permits cleaner operation under the high-current slewing conditions that occur when transient audio signal are fed difficult loads. His amplifier is basically simple, as can be seen from the block diagram.
14W CLASS A AMPLIFIER USING 2N3055 ELECTRONIC DIAGRAM
14W CLASS A AMPLIFIER USING 2N3055 ELECTRONIC DIAGRAM
Why Class A ? Because , when biased to class A, the transistors are always turned on, always ready to respond instantaneously to an input signal. Class B and Class AB output stages require a microsecond or more to turn on. The Class A operation permits cleaner operation under the high-current slewing conditions that occur when transient audio signal are fed difficult loads. His amplifier is basically simple, as can be seen from the block diagram.
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