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A bridge circuit is used to measure the value of the temperature using RTD. The temperature sensor is RTD100 (the resistance change form 0 2 to 100 2 for temperature change from 0C° to 100C°). The output voltage is measured using digital voltmeter across the bridge. Drive the relationship between the voltage across A, B with the change in resistance in the RTD due to the change in temperature. E R₂ R3 1 R₁ BI B b Read Rlead Rlead RTD (R+AR)

A bridge circuit is used to measure the value of the temperature using RTD. The temperature sensor is RTD100 (the resistance change form 0 2 to 100 2 for temperature change from 0C° to 100C°). The output voltage is measured using digital voltmeter across the bridge. Drive the relationship between the voltage across A, B with the change in resistance in the RTD due to the change in temperature. E R₂ R3 1 R₁ BI B b Read Rlead Rlead RTD (R+AR)

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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b) A bridge circuit is used to measure the value of the temperature using RTD. The temperature sensor is RTD100 (the resistance change form 0 22 to 100 for temperature change from 0C° to 100C°). The output voltage is measured using digital voltmeter across the bridge. Drive the relationship between the voltage across A, B with the change in resistance in the RTD due to the change in temperature. R₂ R3 R₁ B b a Rlead Read Rlead RTD (R+AR)
Transcribed Image Text:b) A bridge circuit is used to measure the value of the temperature using RTD. The temperature sensor is RTD100 (the resistance change form 0 22 to 100 for temperature change from 0C° to 100C°). The output voltage is measured using digital voltmeter across the bridge. Drive the relationship between the voltage across A, B with the change in resistance in the RTD due to the change in temperature. R₂ R3 R₁ B b a Rlead Read Rlead RTD (R+AR)
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