is the amount of change in the controlled variable required to run the controlled device from one extreme to the 10. other a- Offset b- Throttling range 11. used to reduce overshoot when a rapid response is desired a- Derivative control b- Proportional control 12. RTDS have a a- Positive temperature coefficient b- Negative temperature coefficient 13. Thermistors have a- Positive temperature coefficient b- Negative temperature coefficient 14. Open loop control is a system with a- No feedback b- with feedback

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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is the amount of change in the controlled variable
required to run the controlled device from one extreme to the
10.
other
a- Offset
b- Throttling range
11.
used to reduce overshoot when a rapid response is
desired
a- Derivative control
b- Proportional control
12. RTDS have a
a- Positive temperature coefficient
b- Negative temperature coefficient
13. Thermistors have
a- Positive temperature coefficient
b- Negative temperature coefficient
14. Open loop control is a system with
a- No feedback
b- with feedback
15. W
a- Floating controller
b- Potentiometer type controller
O this figure refer to
R
Transcribed Image Text:is the amount of change in the controlled variable required to run the controlled device from one extreme to the 10. other a- Offset b- Throttling range 11. used to reduce overshoot when a rapid response is desired a- Derivative control b- Proportional control 12. RTDS have a a- Positive temperature coefficient b- Negative temperature coefficient 13. Thermistors have a- Positive temperature coefficient b- Negative temperature coefficient 14. Open loop control is a system with a- No feedback b- with feedback 15. W a- Floating controller b- Potentiometer type controller O this figure refer to R
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