An automatic irrigation system is going to be used, this system is represented by the following block diagram: The irrigation system will work optimally when the connected load (resistance) has the value such that it can receive the most power from the control circuit, otherwise it could be wasted energy or even damage the system for its operation. Optimum operation of the entire system must be guaranteed. The irrigation system control circuit is represented by the following electrical diagram: Where the load resistance to be connected between terminals a and b must be one of the three existing loads:
An automatic irrigation system is going to be used, this system is represented by the following block diagram: The irrigation system will work optimally when the connected load (resistance) has the value such that it can receive the most power from the control circuit, otherwise it could be wasted energy or even damage the system for its operation. Optimum operation of the entire system must be guaranteed. The irrigation system control circuit is represented by the following electrical diagram: Where the load resistance to be connected between terminals a and b must be one of the three existing loads:
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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An automatic irrigation system is going to be used, this system is represented by the following block diagram:
The irrigation system will work optimally when the connected load (resistance) has the value such that it can receive the most power from the control circuit, otherwise it could be wasted energy or even damage the system for its operation. Optimum operation of the entire system must be guaranteed.
The irrigation system control circuit is represented by the following electrical diagram:
Where the load resistance to be connected between terminals a and b must be one of the three existing loads:
Transcribed Image Text:2 k
+ V, -
3 kn
4 V
1 mA
1 kl
1000 i
b
Transcribed Image Text:CARGA 2
2571.42 2
CARGA 1
CARGA 3
3600 2
5271.42 2
aT Tb
9.
Resistencia
equivalente
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