Suppose the voltage v2 as shown in Fig is to be designed such that over a...

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Suppose the voltage v2 as shown in Fig is to be designed such that over a certain temperature range V2 is numerically approximately linearly proportional to the thermistor's resistance Rth with approximation accuracy being within 90%. It is known that the values of Rth lie between 102 20 2 over that temperature range. Based on these data and Q2, determine the minimum value for R2 that makes the approximation described here valid. Describe how you obtain this value. vt R1 Thermistor V1 V2 R2 Q2 1-y, f 0<y<< 1 Find greatest value of y is still within 90%accuracy, Suppose the voltage v2 as shown in Fig is to be designed such that over a certain temperature range V2 is numerically approximately linearly proportional to the thermistor's resistance Rth with approximation accuracy being within 90%. It is known that the values of Rth lie between 102 20 2 over that temperature range. Based on these data and Q2, determine the minimum value for R2 that makes the approximation described here valid. Describe how you obtain this value. vt R1 Thermistor V1 V2 R2 Q2 1-y, f 0<y<< 1 Find greatest value of y is still within 90%accuracy,

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To determine the minimum value for R2 that makes the approximation valid we need to consider the rel... View the full answer