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2.25 Let the BJT of Fig. P2.24 have BF BR = 5. Moreover, assume that either junction drops 0.7 V when fully forward biased, regardless of the BJT's operating mode, and that its forward 100 and current is still zero for a forward bias of 0.65 V or less. Also, read the hint of Problem 2.24. , (a) If Rc = Rg = 10 kN, Rg = 100 kN, Vcc = 10 V, and VEE = 0 V, find VBg So that VCE = 1.0 V. (b) Reconsider the circuit of part (a), but with V EE = 10 V and Vcc = 0 V, and find Vâg SO that VEC = 1.0 V. ЕС

2.25 Let the BJT of Fig. P2.24 have BF BR = 5. Moreover, assume that either junction drops 0.7 V when fully forward biased, regardless of the BJT's operating mode, and that its forward 100 and current is still zero for a forward bias of 0.65 V or less. Also, read the hint of Problem 2.24. , (a) If Rc = Rg = 10 kN, Rg = 100 kN, Vcc = 10 V, and VEE = 0 V, find VBg So that VCE = 1.0 V. (b) Reconsider the circuit of part (a), but with V EE = 10 V and Vcc = 0 V, and find Vâg SO that VEC = 1.0 V. ЕС

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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2.25
Vcc RC RB VBB OW Z RE V EE FIGURE P2.24 = 100 and 2.25 Let the BJT of Fig. P2.24 have B, BR = 5. Moreover, assume that either junction drops 0.7 V when fully forward biased, regardless of the BJT's operating mode, and that its forward current is still zero for a forward bias of 0.65 V or less. Also, read the hint of Problem 2.24. (a) If Rc= Rg = 10 kN, R3 = 100 kN, Vcc= 10 V, and VEr = 0 V, find VRR So that VCE = 1.0 V. (b) Reconsider the circuit of part (a), but with VEE = 10 V and Vcc=0 V, and find VBg So that VEC = 1.0 V. (c) If Rp = Rc = Rp = 10 kN, VBR = 10 V, and VEE = 0 V, estimate Vcc so that I= 0. (d) If R3 = Rc = R; = 10 kN, Vcc = 5 V and V = 0 V, find VRR so that I, = 1.51p. What is BB СЕ CC EE BB the value of beta in this case?
Transcribed Image Text:Vcc RC RB VBB OW Z RE V EE FIGURE P2.24 = 100 and 2.25 Let the BJT of Fig. P2.24 have B, BR = 5. Moreover, assume that either junction drops 0.7 V when fully forward biased, regardless of the BJT's operating mode, and that its forward current is still zero for a forward bias of 0.65 V or less. Also, read the hint of Problem 2.24. (a) If Rc= Rg = 10 kN, R3 = 100 kN, Vcc= 10 V, and VEr = 0 V, find VRR So that VCE = 1.0 V. (b) Reconsider the circuit of part (a), but with VEE = 10 V and Vcc=0 V, and find VBg So that VEC = 1.0 V. (c) If Rp = Rc = Rp = 10 kN, VBR = 10 V, and VEE = 0 V, estimate Vcc so that I= 0. (d) If R3 = Rc = R; = 10 kN, Vcc = 5 V and V = 0 V, find VRR so that I, = 1.51p. What is BB СЕ CC EE BB the value of beta in this case?
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