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Determine Ic and VCE in the pnp emitter bias circuit of Figure 5. Assume Bpc = 100.

Determine Ic and VCE in the pnp emitter bias circuit of Figure 5. Assume Bpc = 100.

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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7. Determine Ic and VCE in the pnp emitter bias circuit of Figure 5. Assume Bpc = 100. VEE +10 V RE 470 N RB Figure 5 10 kN Rc 330 N -10 V Vcc 8. 1) Determine VB. Vc and Ic in Figure 6. 2)What value of Rc can be used to decrease Ic in Problem1 by 25 percent? 3) What is the minimum power rating for the transistor in Problem 2? VcC +3 V Figure 6 1.8 kN 33 k2 BDC = 9O
Transcribed Image Text:7. Determine Ic and VCE in the pnp emitter bias circuit of Figure 5. Assume Bpc = 100. VEE +10 V RE 470 N RB Figure 5 10 kN Rc 330 N -10 V Vcc 8. 1) Determine VB. Vc and Ic in Figure 6. 2)What value of Rc can be used to decrease Ic in Problem1 by 25 percent? 3) What is the minimum power rating for the transistor in Problem 2? VcC +3 V Figure 6 1.8 kN 33 k2 BDC = 9O
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