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5. A commercial analog linear sensor has two sample measurements (x₁, Vout,1)=(1, 3V) and (x2, Vout,2)=(6, 8V) that are conducted within full measuring range of the sensor. If these two sample measurements are used to calibrate linear voltage measuring function = Kx + V₁ of the sensor, the corresponding calibrated measuring function of the sensor is (a) Vout = 2x - 2.3 (b) Vout = 1.2x + 1 (c) Vout = 1x + 2

5. A commercial analog linear sensor has two sample measurements (x₁, Vout,1)=(1, 3V) and (x2, Vout,2)=(6, 8V) that are conducted within full measuring range of the sensor. If these two sample measurements are used to calibrate linear voltage measuring function = Kx + V₁ of the sensor, the corresponding calibrated measuring function of the sensor is (a) Vout = 2x - 2.3 (b) Vout = 1.2x + 1 (c) Vout = 1x + 2

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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26. A commercial analog linear sensor has two sample measurements (x₁, Vout,1)=(1, 3V) and (x2, Vout,2)=(6, 8V) that are conducted within full measuring range of the sensor. If these two sample measurements are used to calibrate linear voltage measuring function Vout= Kx + V₁ of the sensor, the corresponding calibrated measuring function of the sensor is (a) Vout = 2x - 2.3 (b) Vout= 1.2x + 1 (c) Vout= 1x + 2
Transcribed Image Text:26. A commercial analog linear sensor has two sample measurements (x₁, Vout,1)=(1, 3V) and (x2, Vout,2)=(6, 8V) that are conducted within full measuring range of the sensor. If these two sample measurements are used to calibrate linear voltage measuring function Vout= Kx + V₁ of the sensor, the corresponding calibrated measuring function of the sensor is (a) Vout = 2x - 2.3 (b) Vout= 1.2x + 1 (c) Vout= 1x + 2
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