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D 7.126 Using the topology of Fig. 7.58(a), design an amplifier to operate between a 2- k source and a 2-kQ load with a gain vo/Vsig of - 40 V/V. The power supply available is 15 V. Use an emitter current of approximately 2 mA and a current of about one-tenth of that in the voltage divider that feeds the base, with the dc voltage at the base about one- third of the supply. The transistor available has ẞ=100. Use standard 5% resistors (see Appendix J).

D 7.126 Using the topology of Fig. 7.58(a), design an amplifier to operate between a 2- k source and a 2-kQ load with a gain vo/Vsig of - 40 V/V. The power supply available is 15 V. Use an emitter current of approximately 2 mA and a current of about one-tenth of that in the voltage divider that feeds the base, with the dc voltage at the base about one- third of the supply. The transistor available has ẞ=100. Use standard 5% resistors (see Appendix J).

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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D 7.126 Using the topology of Fig. 7.58(a), design an amplifier to operate between a 2- k source and a 2-kQ load with a gain vo/Vsig of - 40 V/V. The power supply available is 15 V. Use an emitter current of approximately 2 mA and a current of about one-tenth of that in the voltage divider that feeds the base, with the dc voltage at the base about one- third of the supply. The transistor available has ẞ=100. Use standard 5% resistors (see Appendix J).
Transcribed Image Text:D 7.126 Using the topology of Fig. 7.58(a), design an amplifier to operate between a 2- k source and a 2-kQ load with a gain vo/Vsig of - 40 V/V. The power supply available is 15 V. Use an emitter current of approximately 2 mA and a current of about one-tenth of that in the voltage divider that feeds the base, with the dc voltage at the base about one- third of the supply. The transistor available has ẞ=100. Use standard 5% resistors (see Appendix J).
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