A common emitter class A transistor power amplifier uses a transistor with B=100. The load has a resistance of 81.6 2, which is transformer coupled to the collector circuit. If the peak values of collector voltage and current are 30 V and 35 mA respectively and the corresponding minimum values are 5 V and 1 mA respectively, (figure4) determine: (i) zero signal collector current (ii) zero signal base current (iii) Pdc, Pac, Collector efficiency (n) and turn ratio of transformer.

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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(b) A common emitter class A transistor power amplifier uses a transistor with
B=100. The load has a resistance of 81.6 92, which is transformer coupled to the
collector circuit. If the peak values of collector voltage and current are 30 V and
35 mA respectively and the corresponding minimum values are 5 V and 1 mA
respectively, (figure4) determine:
(i) zero signal collector current
(ii) zero signal base current
(iii) Pdc, Pac, Collector efficiency (n) and turn ratio of transformer.
Ic
35 mA
1 mA
I
I
I
។
I
1
5V
Fig 4
I
30 V
VCE
Transcribed Image Text:(b) A common emitter class A transistor power amplifier uses a transistor with B=100. The load has a resistance of 81.6 92, which is transformer coupled to the collector circuit. If the peak values of collector voltage and current are 30 V and 35 mA respectively and the corresponding minimum values are 5 V and 1 mA respectively, (figure4) determine: (i) zero signal collector current (ii) zero signal base current (iii) Pdc, Pac, Collector efficiency (n) and turn ratio of transformer. Ic 35 mA 1 mA I I I ។ I 1 5V Fig 4 I 30 V VCE
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