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The discrete-circuit common-emitter amplifier in figure, the transistor is operating at a dc collector current of 1 mA and has ß = 120, fr = 1 GHz, and C, = 0.5 pF. (i) (ii) (iii) Find the midband gain Am Calculate the low frequency F1, Calculate the low frequency FH Vcc 68kn 4.7kQ V. 10ka 1µF 2µF 10kO 27ka 2.2kn 4µF

The discrete-circuit common-emitter amplifier in figure, the transistor is operating at a dc collector current of 1 mA and has ß = 120, fr = 1 GHz, and C, = 0.5 pF. (i) (ii) (iii) Find the midband gain Am Calculate the low frequency F1, Calculate the low frequency FH Vcc 68kn 4.7kQ V. 10ka 1µF 2µF 10kO 27ka 2.2kn 4µF

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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The discrete-circuit common-emitter amplifier in figure, the transistor is operating at a dc collector current of 1 mA and has B = 120, fr = 1 GHz, and C, = 0.5 pF. (i) (ii) (iii) Find the midband gain Am Calculate the low frequency F, Calculate the low frequency FH Vcc 4.7kO V. 10kQ 1µF 10ka 2µF V 27ka 2.2kQ= 4uF
Transcribed Image Text:The discrete-circuit common-emitter amplifier in figure, the transistor is operating at a dc collector current of 1 mA and has B = 120, fr = 1 GHz, and C, = 0.5 pF. (i) (ii) (iii) Find the midband gain Am Calculate the low frequency F, Calculate the low frequency FH Vcc 4.7kO V. 10kQ 1µF 10ka 2µF V 27ka 2.2kQ= 4uF
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