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Assume you need to bias the amplifier shown in Figure 7-6. It is desired to have the Q-p set to approximately 20 mA of collector current. Choose bias resistors for voltage-divide= bias that will provide reasonably stiff bias. Show your work. Vc= +24 V Vun=+18 V R, Ra 680 2 Boc= 200 Boc= 200 Ry R2 Ra 470 Ro 1.2 kO

Assume you need to bias the amplifier shown in Figure 7-6. It is desired to have the Q-p set to approximately 20 mA of collector current. Choose bias resistors for voltage-divide= bias that will provide reasonably stiff bias. Show your work. Vc= +24 V Vun=+18 V R, Ra 680 2 Boc= 200 Boc= 200 Ry R2 Ra 470 Ro 1.2 kO

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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3. Assume you need to bias the amplifier shown in Figure 7-6. It is desired to have the Q-point set to approximately 20 mA of collector current. Choose bias resistors for voltage-divider bias that will provide reasonably stiff bias. Show your work. Vc= +24 V Vun =+18 V R, R. 680 2 Boc= 200 Boc= 200 ww R2 Ro 1.2 kQ 47 Figure 7-6 Figure 7-7 www
Transcribed Image Text:3. Assume you need to bias the amplifier shown in Figure 7-6. It is desired to have the Q-point set to approximately 20 mA of collector current. Choose bias resistors for voltage-divider bias that will provide reasonably stiff bias. Show your work. Vc= +24 V Vun =+18 V R, R. 680 2 Boc= 200 Boc= 200 ww R2 Ro 1.2 kQ 47 Figure 7-6 Figure 7-7 www
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