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#2. Form the circuit shown in Figure 2, (1) Drawn the circuit respect to the switch actions which are before (t= 0") and after (t = 0*). (2) Also, you need to calculate all voltages and currents with respect to the required time as listed in the Table #2 and (3) If we are going to use a BJT for this application instead of a mechanical switch, What is your recommendation for rated voltage and rated current of a BJT ? and why? V, = 9 V , R = 200 2 , R2 = 170 N , R3 = 320 Q R = 260 N , L =15 mH , C = 25 nF ve (1) i,(1) t = 0 R4 + v.() \ v, (r) i.()} C V (1) SW v, (t) R, v, (1); R L v,(1) - i,(1)\ i, (1)\ i, (1) i,(1) Figure 2: Circuit for question #2

#2. Form the circuit shown in Figure 2, (1) Drawn the circuit respect to the switch actions which are before (t= 0") and after (t = 0*). (2) Also, you need to calculate all voltages and currents with respect to the required time as listed in the Table #2 and (3) If we are going to use a BJT for this application instead of a mechanical switch, What is your recommendation for rated voltage and rated current of a BJT ? and why? V, = 9 V , R = 200 2 , R2 = 170 N , R3 = 320 Q R = 260 N , L =15 mH , C = 25 nF ve (1) i,(1) t = 0 R4 + v.() \ v, (r) i.()} C V (1) SW v, (t) R, v, (1); R L v,(1) - i,(1)\ i, (1)\ i, (1) i,(1) Figure 2: Circuit for question #2

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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Table #2 Complete all voltages and currents in the table according to the circuit in Figure 2 Voltages Currents V1 (0) = i1 (0*) = Vi (0*)= i1 (0*) = V2 (0')= i2 (0') = V2 (0*)= i2 (0*) = V3 (0')= i3 (0') = V3 (0*)= i3 (0*) = V4 (0')= 14 (0') = %3D V4 (0*)= 14 (0*) = Vc (0)= İL (0')= Vc (0*)= İL (0*) = VL (0')= is (0) = VL (0*)= is (0*) = Vsw (0)= Vsw (0*)=
Transcribed Image Text:Table #2 Complete all voltages and currents in the table according to the circuit in Figure 2 Voltages Currents V1 (0) = i1 (0*) = Vi (0*)= i1 (0*) = V2 (0')= i2 (0') = V2 (0*)= i2 (0*) = V3 (0')= i3 (0') = V3 (0*)= i3 (0*) = V4 (0')= 14 (0') = %3D V4 (0*)= 14 (0*) = Vc (0)= İL (0')= Vc (0*)= İL (0*) = VL (0')= is (0) = VL (0*)= is (0*) = Vsw (0)= Vsw (0*)=
#2. Form the circuit shown in Figure 2, (1) Drawn the circuit respect to the switch actions which are before (t = 0") and after (t = 0*). (2) Also, you need to calculate all voltages and currents with respect to the required time as listed in the Table #2 and (3) If we are going to use a BJT for this application instead of a mechanical switch, What is your recommendation for rated voltage and rated current of a BJT ? and why? V, = 9 V , R = 200 2 , R2 = 170 N , R3 = 320 N R = 260 N , L=15 mH , C = 25 nF V t = 0 i,(1) R4 v.(t) v. (1) i.(1)+ i, (1)\ +. + C V4 v, (e)3R, v,(1)ZR2 Sw L ti:(1). v,(1) – ww- R. i,() i,(1) Figure 2: Circuit for question #2
Transcribed Image Text:#2. Form the circuit shown in Figure 2, (1) Drawn the circuit respect to the switch actions which are before (t = 0") and after (t = 0*). (2) Also, you need to calculate all voltages and currents with respect to the required time as listed in the Table #2 and (3) If we are going to use a BJT for this application instead of a mechanical switch, What is your recommendation for rated voltage and rated current of a BJT ? and why? V, = 9 V , R = 200 2 , R2 = 170 N , R3 = 320 N R = 260 N , L=15 mH , C = 25 nF V t = 0 i,(1) R4 v.(t) v. (1) i.(1)+ i, (1)\ +. + C V4 v, (e)3R, v,(1)ZR2 Sw L ti:(1). v,(1) – ww- R. i,() i,(1) Figure 2: Circuit for question #2
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