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A loadline is drawn on the BJT transistor characteristics shown in Figure 3. f. Determine the value of Vcc and Rc for the fixed biased configuration shown in Figure 4. g. Show the operating point on figure 1 for IB=40μA. h. Determine the value of RB to establish the resulting operating point.VBE=0.7V. i Find the resulting values of Ice and Vere

A loadline is drawn on the BJT transistor characteristics shown in Figure 3. f. Determine the value of Vcc and Rc for the fixed biased configuration shown in Figure 4. g. Show the operating point on figure 1 for IB=40μA. h. Determine the value of RB to establish the resulting operating point.VBE=0.7V. i Find the resulting values of Ice and Vere

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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10 9 7 6 3 2 Ic (mA) 5 10 110 15 80 μA 70 μA 20 50 μ 25 20 μA 10 μA 180 30 VCE (V)
Transcribed Image Text:10 9 7 6 3 2 Ic (mA) 5 10 110 15 80 μA 70 μA 20 50 μ 25 20 μA 10 μA 180 30 VCE (V)
RB Vcc IB O B + Rc. VBE Vcc E Ic + VCE Fig.4 A loadline is drawn on the BJT transistor characteristics shown in Figure 3. f. Determine the value of Vcc and Rc for the fixed biased ation shown in Figure 4. g. Show the operating point on figure 1 for IB=40μA. h. Determine the value of RB to establish the resulting operating point.VBE=0.7V. i. Find the resulting values of Ico and VCEQ. j. Find ß at the operating point. k. If for some reason 3 shifts to a new value of 160 what will be the new Q point? 1. Determine the value of RB for which the transistor is in the saturation region.
Transcribed Image Text:RB Vcc IB O B + Rc. VBE Vcc E Ic + VCE Fig.4 A loadline is drawn on the BJT transistor characteristics shown in Figure 3. f. Determine the value of Vcc and Rc for the fixed biased ation shown in Figure 4. g. Show the operating point on figure 1 for IB=40μA. h. Determine the value of RB to establish the resulting operating point.VBE=0.7V. i. Find the resulting values of Ico and VCEQ. j. Find ß at the operating point. k. If for some reason 3 shifts to a new value of 160 what will be the new Q point? 1. Determine the value of RB for which the transistor is in the saturation region.
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