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book Electrical Circuit Theory and Technology 6th Edition by John Bird cover

Electrical Circuit Theory and Technology 6th Edition by John Bird

Edition 6ISBN: 978-1138673496
book Electrical Circuit Theory and Technology 6th Edition by John Bird cover

Electrical Circuit Theory and Technology 6th Edition by John Bird

Edition 6ISBN: 978-1138673496
Exercise 13
The output characteristics of a common-emitter transistor amplifier are given below. Assume that the characteristics are linear between the values of collector voltage stated.
The output characteristics of a common-emitter transistor amplifier are given below. Assume that the characteristics are linear between the values of collector voltage stated.    Plot the characteristics and superimpose the load line for a 1.5 k<font face=symbol></font> load resistor and collector supply voltage of 8 V. The signal input resistance is 1.2 k<font face=symbol></font>. When a peak input current of 30 <font face=symbol></font>A varies sinusoidally about a mean bias of 40 <font face=symbol></font>A, determine (a) the quiescent values of collector voltage and current, (b) the output voltage swing, (c) the voltage gain, (d) the dynamic current gain, and (e) the power gain.
Plot the characteristics and superimpose the load line for a 1.5 k load resistor and collector supply voltage of 8 V. The signal input resistance is 1.2 k. When a peak input current of 30 A varies sinusoidally about a mean bias of 40 A, determine (a) the quiescent values of collector voltage and current, (b) the output voltage swing, (c) the voltage gain, (d) the dynamic current gain, and (e) the power gain.
Explanation
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Electrical Circuit Theory and Technology 6th Edition by John Bird
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