18. A sensing-element used in a measuring system is able to measure measurable quantity x through nonlinear measuring function V, = 0.7/x . The measured voltage V, is then adjusted to be the output voltage Vu, of the measuring system through linear measuring function Vu - f(V.). If the full measuring range of the measuring system is specified as the following: when measurable quantity x varies from 0 to 100, output voltage Vm, of the measuring system varies from 2 V to 10 V. The linear measuring function Vm = f(V,) of the measuring system is (a) Vout (b) Vout = 1.142v + 2V (c) Vout = 2.15V, + 4V 1.35V, – 2.3V %3D

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18. A sensing-element used in a measuring system is able to measure measurable quantity x
through nonlinear measuring function V, = 0.7/x . The measured voltage V, is then adjusted to
be the output voltage Vu, of the measuring system through linear measuring function
Vu - f(V.).
If the full measuring range of the measuring system is specified as the following: when
measurable quantity x varies from 0 to 100, output voltage Vm, of the measuring system varies
from 2 V to 10 V. The linear measuring function V = f(V,) of the measuring system is
out
(a) Vout
(b) Vout = 1.142v + 2V
(c) Vout = 2.15V, + 4V
1.35V, – 2.3V
Transcribed Image Text:18. A sensing-element used in a measuring system is able to measure measurable quantity x through nonlinear measuring function V, = 0.7/x . The measured voltage V, is then adjusted to be the output voltage Vu, of the measuring system through linear measuring function Vu - f(V.). If the full measuring range of the measuring system is specified as the following: when measurable quantity x varies from 0 to 100, output voltage Vm, of the measuring system varies from 2 V to 10 V. The linear measuring function V = f(V,) of the measuring system is out (a) Vout (b) Vout = 1.142v + 2V (c) Vout = 2.15V, + 4V 1.35V, – 2.3V
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