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Please perform calculations on these voltage regulator circuits by proving output values. All values are in tables.

Please perform calculations on these voltage regulator circuits by proving output values. All values are in tables.

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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Please perform calculations on these voltage regulator circuits by proving output values. All values are in tables.
Vpp I+ V1 15 = Vnn HIF + V2-15 R1 10k, Z1 1N4745 8 R2 10k Vnn Vnn Vpp Vpp OP1 TL071C R 500 T1 2N3904 0 Vout Vout Voltages/Currents I_R1[7.3] I_R2[8.5] V_R1[7.3] V_R2[8.5] V_V1[Vpp,0] V_V2[Vnn,0] V_Z1[0,3] Vout VP_3 VP_5 VP_6 VP_7 VP_8 VP_Vnn VP_Vout VP_Vpp 15.04nA -10.8nA 150.41uV -108uv 15V -15V -10.84V 5.38V 10.84V 10.76V 11.83V 10.84V 10.76V -15V 5.38V 15V
Transcribed Image Text:Vpp I+ V1 15 = Vnn HIF + V2-15 R1 10k, Z1 1N4745 8 R2 10k Vnn Vnn Vpp Vpp OP1 TL071C R 500 T1 2N3904 0 Vout Vout Voltages/Currents I_R1[7.3] I_R2[8.5] V_R1[7.3] V_R2[8.5] V_V1[Vpp,0] V_V2[Vnn,0] V_Z1[0,3] Vout VP_3 VP_5 VP_6 VP_7 VP_8 VP_Vnn VP_Vout VP_Vpp 15.04nA -10.8nA 150.41uV -108uv 15V -15V -10.84V 5.38V 10.84V 10.76V 11.83V 10.84V 10.76V -15V 5.38V 15V
VS1 15 0 ww Z1 1N4745 VF1 VF1 R251 T1 2N3904 Vout Vout P1 500 Voltages/Currents I_R1[3,2] I_R2[VF1,0] L_VS1[3,0] V_R1[3,2] V_R2[VF1,0] V_VS1[3.0] V_Z1[VF1,2] VF1 Vout VP_2 VP_3 VP_VF1 VP_Vout 29.49mA 78.71uA -29.49mA 294.89mV 4.01mV 15V -14.7V 4.01mV 7.35V 14.71V 15V 4.01mV 7.35V
Transcribed Image Text:VS1 15 0 ww Z1 1N4745 VF1 VF1 R251 T1 2N3904 Vout Vout P1 500 Voltages/Currents I_R1[3,2] I_R2[VF1,0] L_VS1[3,0] V_R1[3,2] V_R2[VF1,0] V_VS1[3.0] V_Z1[VF1,2] VF1 Vout VP_2 VP_3 VP_VF1 VP_Vout 29.49mA 78.71uA -29.49mA 294.89mV 4.01mV 15V -14.7V 4.01mV 7.35V 14.71V 15V 4.01mV 7.35V
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