The resistance R, (k2) of a thermistor at 0 (K) is given by 30s0 O 298...

 

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The resistance R, (k2) of a thermistor at 0 (K) is given by 30s0 O 298 R, =1.68&e The thermistor is incorporated into a deflection bridge circuit as shown below. -5.12 V Supply voltage R.1 22 k R 029 I Assuming that VOUT is measured with a voltmeter of infinite impedance, calculate[4] ww. i. The range of VOUT corresponding to an input temperature range of 0 to 50 °C; ii. The nonlinearity at 12 °C as a percentage of full scale deflection The resistance R, (k2) of a thermistor at 0 (K) is given by 30s0 O 298 R, =1.68&e The thermistor is incorporated into a deflection bridge circuit as shown below. -5.12 V Supply voltage R.1 22 k R 029 I Assuming that VOUT is measured with a voltmeter of infinite impedance, calculate[4] ww. i. The range of VOUT corresponding to an input temperature range of 0 to 50 °C; ii. The nonlinearity at 12 °C as a percentage of full scale deflection

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0003 266 Vout 2 Vs Qu the ... View the full answer