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Question 1 a) In Figure Q1(a), RT represents a resistance temperature device (RTD), whose characteristic is given by RT = Ro (1+aT), where Ro = 1002, a = 0.0039°C-' and T denotes the temperature in °C. Assuming the op-amp to be ideal, determine the value of Vo in volts when T= 100°C. +1 V- 100 Q Figure Q1(a)

Question 1 a) In Figure Q1(a), RT represents a resistance temperature device (RTD), whose characteristic is given by RT = Ro (1+aT), where Ro = 1002, a = 0.0039°C-' and T denotes the temperature in °C. Assuming the op-amp to be ideal, determine the value of Vo in volts when T= 100°C. +1 V- 100 Q Figure Q1(a)

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Question 1 a) In Figure Q1(a), RT represents a resistance temperature device (RTD), whose 0.0039°C- and T characteristic is given by RT = Ro (1+aT), where Ro = 1002, a = denotes the temperature in °C. Assuming the op-amp to be ideal, determine the value of Vo in volts when T= 100°C. +1 V o + R, V 100 Q Figure Q1(a)
Transcribed Image Text:Question 1 a) In Figure Q1(a), RT represents a resistance temperature device (RTD), whose 0.0039°C- and T characteristic is given by RT = Ro (1+aT), where Ro = 1002, a = denotes the temperature in °C. Assuming the op-amp to be ideal, determine the value of Vo in volts when T= 100°C. +1 V o + R, V 100 Q Figure Q1(a)
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