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B4. a) Determine if the transistor in Figure B4a is working in the saturated, active or cut off region given the following values. i. ii. Vb= 5 V, Vcc= 10 V, Rb= 50 K2, Rcc= 8 K Vb= 1 V, Vcc= 10 V, Rb= 100 K, Rcc= 1 K Vb= 5 V, Vcc = 15 V, Rb= 100 K, Rcc= 10 K Vcc and B= 20. and ß= 100. and = 30.

B4. a) Determine if the transistor in Figure B4a is working in the saturated, active or cut off region given the following values. i. ii. Vb= 5 V, Vcc= 10 V, Rb= 50 K2, Rcc= 8 K Vb= 1 V, Vcc= 10 V, Rb= 100 K, Rcc= 1 K Vb= 5 V, Vcc = 15 V, Rb= 100 K, Rcc= 10 K Vcc and B= 20. and ß= 100. and = 30.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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REGION OF OPERATION ( NEED ONLY HANDWRITTEN SOLUTION PLEASE OTHERWISE DOWNVOTE).

B4. a) Determine if the transistor in Figure B4a is working in the saturated, active or cut off region given the following values. i. ii. iii. Vb= 5 V, Vcc= 10 V, Rb= 50 K2, Rcc= 8 K Vb= 1 V, Vcc= 10 V, Rb= 100 K, Rcc= 1 K Vb= 5 V, Vcc = 15 V, Rb= 100 K, Rcc= 10 K Vb - Rb Figure B4a Vcc Rcc В and B= 20. and ß= 100. and ß= 30.
Transcribed Image Text:B4. a) Determine if the transistor in Figure B4a is working in the saturated, active or cut off region given the following values. i. ii. iii. Vb= 5 V, Vcc= 10 V, Rb= 50 K2, Rcc= 8 K Vb= 1 V, Vcc= 10 V, Rb= 100 K, Rcc= 1 K Vb= 5 V, Vcc = 15 V, Rb= 100 K, Rcc= 10 K Vb - Rb Figure B4a Vcc Rcc В and B= 20. and ß= 100. and ß= 30.
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