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An AC bridge is supplied with a source of 10 kHz as shown in figure 1. If Z, is a paralle combination of capacitance C₁ with a resistance R₁; Z₂ is a pure resistor R2; Z3 is a pure capacitance C3 and Z4 is a series combination of unknown capacitance Cx and unknown resistance Rx. The expression for Cx in terms of R₁, R₂ and C3 when the bridge is balanced? Z₁ Figure. 1 23 *** Detector **** 22

An AC bridge is supplied with a source of 10 kHz as shown in figure 1. If Z, is a paralle combination of capacitance C₁ with a resistance R₁; Z₂ is a pure resistor R2; Z3 is a pure capacitance C3 and Z4 is a series combination of unknown capacitance Cx and unknown resistance Rx. The expression for Cx in terms of R₁, R₂ and C3 when the bridge is balanced? Z₁ Figure. 1 23 *** Detector **** 22

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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An AC bridge is supplied with a source of 10 kHz as shown in figure 1. If Z, is a parallel combination of capacitance C, with a resistance R1; Z2 is a pure resistor R2; Z3 is a pure capacitance C3 and Z4 is a series combination of unknown capacitance Cx and unknown resistance Rr. The expression for Cx in terms of R1, R2 and C3 when the bridge is balanced? Z₁ Figure. 1 ** Z3 Detector ** 22 W Z₁
Transcribed Image Text:An AC bridge is supplied with a source of 10 kHz as shown in figure 1. If Z, is a parallel combination of capacitance C, with a resistance R1; Z2 is a pure resistor R2; Z3 is a pure capacitance C3 and Z4 is a series combination of unknown capacitance Cx and unknown resistance Rr. The expression for Cx in terms of R1, R2 and C3 when the bridge is balanced? Z₁ Figure. 1 ** Z3 Detector ** 22 W Z₁
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