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FIGURE 4–54 RC 1.0 kΩ RB Vce 100 kN VBB 15. Calculate apc for the transistor in Problem 14. 16. Assume that the transistor in the circuit of Figure 4–54 is replaced with one having a ßa 200. Determine Ig, Ic, Ie, and VcE given that Vcc = 10 V and VBB = 3 V. 17. If Vcc is increased to 15 V in Figure 4–54, how much do the currents and VCE change?

FIGURE 4–54 RC 1.0 kΩ RB Vce 100 kN VBB 15. Calculate apc for the transistor in Problem 14. 16. Assume that the transistor in the circuit of Figure 4–54 is replaced with one having a ßa 200. Determine Ig, Ic, Ie, and VcE given that Vcc = 10 V and VBB = 3 V. 17. If Vcc is increased to 15 V in Figure 4–54, how much do the currents and VCE change?

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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FIGURE 4-54 RC - 1.0 kΩ RB Vcc 100 kΩ VBB 15. Calculate anc for the transistor in Problem 14. 16. Assume that the transistor in the circuit of Figure 4–54 is replaced with one having a Bde of 200. Determine Ig, Ic, Ie, and VcE given that Vcc = 10 V and VBB = 3 V. 17. If Vcc is increased to 15 V in Figure 4–54, how much do the currents and VCE Change?
Transcribed Image Text:FIGURE 4-54 RC - 1.0 kΩ RB Vcc 100 kΩ VBB 15. Calculate anc for the transistor in Problem 14. 16. Assume that the transistor in the circuit of Figure 4–54 is replaced with one having a Bde of 200. Determine Ig, Ic, Ie, and VcE given that Vcc = 10 V and VBB = 3 V. 17. If Vcc is increased to 15 V in Figure 4–54, how much do the currents and VCE Change?
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