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actions which are before (t = 0) and after (t = 0). Also, you need to calculate all voltages and currents with respect to the required time as listed in the Table and 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? v₁ (t) vc (1) + + R₁ V₂ (1) R₂ i, (t) V = 36 V , R = 200 Ω , R, = 170 Ω , R, = 320 Ω R₂ = 260 2, L= 15 mH, C = 25 nF V 1+ -Ji₂(1) iz (t) i, (1) t=0 (1) L 1₂ (1) + V₂ (1) v₂(t) _ _i₁(1) R₂ R₁ v₂(t)¯¯ v₂ (1) i. (1)

actions which are before (t = 0) and after (t = 0). Also, you need to calculate all voltages and currents with respect to the required time as listed in the Table and 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? v₁ (t) vc (1) + + R₁ V₂ (1) R₂ i, (t) V = 36 V , R = 200 Ω , R, = 170 Ω , R, = 320 Ω R₂ = 260 2, L= 15 mH, C = 25 nF V 1+ -Ji₂(1) iz (t) i, (1) t=0 (1) L 1₂ (1) + V₂ (1) v₂(t) _ _i₁(1) R₂ R₁ v₂(t)¯¯ v₂ (1) i. (1)

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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HW.3) From the circuit shown in Figure 2, actions which are before (t = 0) and after (t = 0+). voltages and currents with respect to the required time as listed in the Table Drawn the circuit respect to the switch Also, you need to calculate all and 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? ve(t) V₂ = 36 V, R₂ = 200 2, R₂ = 170 2, R₂ = 320 Q R₂ = 260 2, L= 15 mH, C = 25 nF i, (t) t=0 + C + v₁ (1) R₁ v₂ (1) R₂ i, (t) V 1+ -Iri₂ (1) i, (t) + ww R₂ V SW L + ₁₂ (1) + V3 (1) ₁₂ (1) + (t) R₁ v₂(t) v₂(1) ₁₂ (1) +
Transcribed Image Text:HW.3) From the circuit shown in Figure 2, actions which are before (t = 0) and after (t = 0+). voltages and currents with respect to the required time as listed in the Table Drawn the circuit respect to the switch Also, you need to calculate all and 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? ve(t) V₂ = 36 V, R₂ = 200 2, R₂ = 170 2, R₂ = 320 Q R₂ = 260 2, L= 15 mH, C = 25 nF i, (t) t=0 + C + v₁ (1) R₁ v₂ (1) R₂ i, (t) V 1+ -Iri₂ (1) i, (t) + ww R₂ V SW L + ₁₂ (1) + V3 (1) ₁₂ (1) + (t) R₁ v₂(t) v₂(1) ₁₂ (1) +
V₁ (0) = V₁ (0*)= |V₂ (0)= |V₂ (0*)= V3 (0-)= V3 (0*)= V4 (0-)= V4 (0*)= Vc (0)= Vc (0*)= VL (0)= VL (0*)= Vsw (0-)= Vsw (0*)= Voltages i₁ (0-) = i₁ (0*) = 1₂ (0) = i2 (0+) = i3 (0-) = 13 (0*) = i4 (0-) = i4 (0*) = İL (0)= İL (0+) = is (0-) = is (0+) = Currents
Transcribed Image Text:V₁ (0) = V₁ (0*)= |V₂ (0)= |V₂ (0*)= V3 (0-)= V3 (0*)= V4 (0-)= V4 (0*)= Vc (0)= Vc (0*)= VL (0)= VL (0*)= Vsw (0-)= Vsw (0*)= Voltages i₁ (0-) = i₁ (0*) = 1₂ (0) = i2 (0+) = i3 (0-) = 13 (0*) = i4 (0-) = i4 (0*) = İL (0)= İL (0+) = is (0-) = is (0+) = Currents
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