I. An op amp has a GBP of 10°. A 0.3 µV sinusoidal signal at 5 KHz is required to beamplified to 5 V. Calculate the gains and draw the schematic circuit to achieve this.II. K type thermocouple having a range of 0– 350 °C and a sensitivity of 40 uV/°C. Thesignal is connected to an instrumentation amplifier before interfacing it with 5V analogto digital converter. Design a suitable instrumentation amplifier circuit.VsupplythermocoupleVoutInstruniop AmpADCDout

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. An op amp has a GBP of 10º. A 0.3 µV sinusoidal signal at 5 KHz is required to be amplified to 5 V. Calculate the gains and draw the schematic circuit to achieve this. I. K type thermocouple having a range of 0– 350 °C and a sensitivity of 40 µV/°C. The signal is connected to an instrumentation amplifier before interfacing it with 5V analog o digital converter. Design a suitable instrumentation amplifier circuit. Vsupply Ihermocouple Instrum Vout op Amp ADC -Dout

. An op amp has a GBP of 10º. A 0.3 µV sinusoidal signal at 5 KHz is required to be amplified to 5 V. Calculate the gains and draw the schematic circuit to achieve this. I. K type thermocouple having a range of 0– 350 °C and a sensitivity of 40 µV/°C. The signal is connected to an instrumentation amplifier before interfacing it with 5V analog o digital converter. Design a suitable instrumentation amplifier circuit. Vsupply Ihermocouple Instrum Vout op Amp ADC -Dout

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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II. K type thermocouple having a range of 0 – 350 °C and a sensitivity of 40 µV/°C. The signal is connected to an instrumentation amplifier before interfacing it with 5V analog to digital converter. Design a suitable instrumentation amplifier circuit. Vsupply thermocouple Vout Instrum. op Amp ADC -Dout
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