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Calculate the inductance of L4 in the Owen bridge circuit shown below. Given that R2 = 20 92, R3 = 102, R4 = 5 KQ2, C1 = 10 uF. R₂ R3 www.m R₂ Vref O2mH O 1mH о в мн O 10mH O 4mH Output

Calculate the inductance of L4 in the Owen bridge circuit shown below. Given that R2 = 20 92, R3 = 102, R4 = 5 KQ2, C1 = 10 uF. R₂ R3 www.m R₂ Vref O2mH O 1mH о в мн O 10mH O 4mH Output

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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Calculate the inductance of L4 in the Owen bridge circuit shown below. Given that R2 = 2002, R310 02, R4 = 5 KQ2, C1 = 10 uF. R₂ OOC mu R3 La STus-mm R₂ COO O2mH 1 mH 5 mH C 10 mH 4 mH Calculate the natural frequency in (rad/sec) of the Wien Bridge Oscillator circuit shown below, Given that C3 = 10 μF, C4 = 25 μF, R3 = 10 K2, R4 = 4 KQ, R₂ R₂ ww 0 0 0 0 0 Vref C3 www Vref 0.306 V 0.402 V 0.603 V 0.242 V O 1.206 V www CAL Imm R₂ 20 125 5 10 75 For the instrumentation amplifier shown below, given that: R1 = 500 KQ. R2 = 5 KQ. R34 KQ2. R4 12 k2. Vi2 - Vil = - 2 millivolt. Calculate the output voltage Vo: www Inpets R₂+6₂ Output Vo Vo Oudpen
Transcribed Image Text:Calculate the inductance of L4 in the Owen bridge circuit shown below. Given that R2 = 2002, R310 02, R4 = 5 KQ2, C1 = 10 uF. R₂ OOC mu R3 La STus-mm R₂ COO O2mH 1 mH 5 mH C 10 mH 4 mH Calculate the natural frequency in (rad/sec) of the Wien Bridge Oscillator circuit shown below, Given that C3 = 10 μF, C4 = 25 μF, R3 = 10 K2, R4 = 4 KQ, R₂ R₂ ww 0 0 0 0 0 Vref C3 www Vref 0.306 V 0.402 V 0.603 V 0.242 V O 1.206 V www CAL Imm R₂ 20 125 5 10 75 For the instrumentation amplifier shown below, given that: R1 = 500 KQ. R2 = 5 KQ. R34 KQ2. R4 12 k2. Vi2 - Vil = - 2 millivolt. Calculate the output voltage Vo: www Inpets R₂+6₂ Output Vo Vo Oudpen
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