Solve the related problems in this examples.please EXAMPLE 4-3Sketch an ideal family of collector curves for the circuit in Figure 4-11 for Ig = 5 µA to25 µA in 5 µA increments. Assume Bpc = 100 and that VCE does not exceed breakdown.FIGURE 4-11RePoc = 100VccSolution Using the relationship lc = BoclB, values of Ic are calculated and tabulated in Table 4-1.The resulting curves are plotted in Figure 4-12.TABLE 4-15 µA10 μΑ15 μΑ0.5 mA1.0 mA1.5 mA20 μΑ2.0 mA25 μΑ2.5 mAIc (mA)2.5-I = 25 µA2.0-h= 20 µA15-L = 15 µA1.0-4 = 10 µA0.5-h = 5 µAVCEo 0,7 VA FIGURE 4-12Related Problem Where would the curve for Ig =0 appear on the graph in Figure 4-12, neglecting col-lector leakage current? A certain transistor has a PD(max) of 1 W at 25°C. The derating factor is 5 mW/°C.What is the Ppmax) at a temperature of 70°C?EXAMPLE 4-7SolutionThe change (reduction) in Pp(max) isAPD(max) = (5 mW/°C)(70°C - 25°C) = (5 mW°C)(45°C) = 225 mWTherefore, the PD(max) at 70°C is1W - 225 mW = 775 mWRelated ProblemA transistor has a Pp(max) = 5 W at 25°C. The derating factor is 10 mW/°C. What isthe PD(max) at 70°C?

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A transistor has a Pp(max) = 5 W at 25°C. The derating factor is 10 mW/°C. What is the Pp(max) at 70°C? Related Problem %3D

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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