Temperature Circuit developed in Multisim: U1A: An inverting amplifier with a gain of 0.1 was developed first to output

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Temperature Circuit developed in Multisim: U1A: An inverting amplifier with a gain of 0.1 was developed first to output

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Temperature Circuit Developed In Multisim U1a An Inverting Amplifier With A Gain Of 0 1 Was Developed First To Output 1
Temperature Circuit Developed In Multisim U1a An Inverting Amplifier With A Gain Of 0 1 Was Developed First To Output 1 (70.49 KiB) Viewed 16 times
Temperature Circuit developed in Multisim: U1A: An inverting amplifier with a gain of 0.1 was developed first to output the temperature in Fahrenheit. The LM34 transducer has an output of 10mV/F9 U2A: An inverting amplifier with a gain of +1 was developed second to output the temperature in Fahrenheit. The output from U1A was negative, so this inverting amplifier was implemented to make the value positive. U3A: A non-inverting amplifier was developed last to output the temperature in Celsius. The Fahrenheit to Celsius equation ([(F−32)∗5]/ [9]=C ) was used in the form of resistors.
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