A bipolar transistor is connected to a resistive load. The source voltage is 40 volts, the load resistance is 10 ohms, the load current is 3.99 amps. In the saturation region, the collector-emitter voltage is 0.1 volts and the current gain is 5. While the transistor is in the saturation region, calculate the efficiency of the circuit.
A bipolar transistor is connected to a resistive load. The source voltage is 40 volts, the load resistance is 10 ohms, the load current is 3.99 amps. In the saturation region, the collector-emitter voltage is 0.1 volts and the current gain is 5. While the transistor is in the saturation region, calculate the efficiency of the circuit.
Chapter55: Ac Adjustable Frequency Drives
Section: Chapter Questions
Problem 4SQ: What is the advantage of an insulated gate bipolar transistor over a common junction transistor?
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A bipolar transistor is connected to a resistive load. The source voltage is 40 volts, the load resistance is 10 ohms, the load current is 3.99 amps. In the saturation region, the collector-emitter voltage is 0.1 volts and the current gain is 5. While the transistor is in the saturation region, calculate the efficiency of the circuit.
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