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The below circuit is a thermometer with a Type-K thermocouple. Red cable (the first cable) is Chromel and blue cable (the second cable) is Alumel. The resistance values are given below. The forward bias voltage for the diode is 0.3V. If the temperature T1 is 82 ⁰C calculate the output voltage in terms of mV.

The below circuit is a thermometer with a Type-K thermocouple. Red cable (the first cable) is Chromel and blue cable (the second cable) is Alumel. The resistance values are given below. The forward bias voltage for the diode is 0.3V. If the temperature T1 is 82 ⁰C calculate the output voltage in terms of mV.

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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Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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The below circuit is a thermometer with a Type-K thermocouple. Red cable (the first cable) is Chromel and blue cable (the second cable) is Alumel. The resistance values are given below. The forward bias voltage for the diode is 0.3V. If the temperature T1 is 82 ⁰C calculate the output voltage in terms of mV.

R3 = Rị = R, = R, = 1kN, R4 = 2kN, R, = 4.5kN, R, = 2002 Seeback coefficient of Chromel is 22.7 µV/°C, Seeback coefficient of Alumel is -17.3 µV/°C %3D Va R4 Rg T1 Rb R3 +Vo2 25°C Vins R1 Ri Rb Output Voz R3 R4 Vref Vce-w R, Vb
Transcribed Image Text:R3 = Rị = R, = R, = 1kN, R4 = 2kN, R, = 4.5kN, R, = 2002 Seeback coefficient of Chromel is 22.7 µV/°C, Seeback coefficient of Alumel is -17.3 µV/°C %3D Va R4 Rg T1 Rb R3 +Vo2 25°C Vins R1 Ri Rb Output Voz R3 R4 Vref Vce-w R, Vb
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