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Which of the following are the not characteristics of the closed loop systems?
- a)It does not compensate for disturbance.
- b)It reduces the sensitivity of plant-parameter variations.
- c)It does not involve output measurements.
- d)It does not has the ability to control the system transient response.
Correct answer is option 'D'. Can you explain this answer?
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Which of the following are the not characteristics of the closed loop ...
Feedback refers to the comparison of the final output to the desired output at respective input so as to get an accurate and error-free results and in the system improves the transient response of the system.
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Which of the following are the not characteristics of the closed loop ...
Closed Loop Systems Characteristics
Closed loop systems refer to a system in which the output is fed back to the input for correction and control. The following are the characteristics of the closed loop systems:
Reduced Sensitivity of Plant-Parameter Variations
Closed loop systems are designed to reduce the sensitivity of the system to plant parameter variations. This means that even if the plant parameters change, the output of the system remains stable.
Compensation for Disturbance
Closed loop systems are designed to compensate for disturbances. Disturbances are sudden changes in the system that can affect the output. The closed loop system detects and corrects these disturbances, ensuring that the output remains stable.
Output Measurements
Closed loop systems involve output measurements. The output is measured and compared to the desired output, and any error is corrected by adjusting the input.
Control of System Transient Response
Closed loop systems have the ability to control the system transient response. Transient response refers to the time it takes for the system to stabilize after a disturbance. Closed loop systems are designed to ensure that the system stabilizes quickly after a disturbance.
Not Characteristics of Closed Loop Systems
The not characteristics of the closed loop systems are as follows:
Does not Compensate for Disturbance
Closed loop systems are designed to compensate for disturbances. This means that any sudden changes in the system are detected and corrected, ensuring that the output remains stable.
Does not Involve Output Measurements
Closed loop systems involve output measurements. The output is measured and compared to the desired output, and any error is corrected by adjusting the input.
Does not have the Ability to Control the System Transient Response
Closed loop systems have the ability to control the system transient response. This means that they are designed to ensure that the system stabilizes quickly after a disturbance.
Closed loop systems refer to a system in which the output is fed back to the input for correction and control. The following are the characteristics of the closed loop systems:
Reduced Sensitivity of Plant-Parameter Variations
Closed loop systems are designed to reduce the sensitivity of the system to plant parameter variations. This means that even if the plant parameters change, the output of the system remains stable.
Compensation for Disturbance
Closed loop systems are designed to compensate for disturbances. Disturbances are sudden changes in the system that can affect the output. The closed loop system detects and corrects these disturbances, ensuring that the output remains stable.
Output Measurements
Closed loop systems involve output measurements. The output is measured and compared to the desired output, and any error is corrected by adjusting the input.
Control of System Transient Response
Closed loop systems have the ability to control the system transient response. Transient response refers to the time it takes for the system to stabilize after a disturbance. Closed loop systems are designed to ensure that the system stabilizes quickly after a disturbance.
Not Characteristics of Closed Loop Systems
The not characteristics of the closed loop systems are as follows:
Does not Compensate for Disturbance
Closed loop systems are designed to compensate for disturbances. This means that any sudden changes in the system are detected and corrected, ensuring that the output remains stable.
Does not Involve Output Measurements
Closed loop systems involve output measurements. The output is measured and compared to the desired output, and any error is corrected by adjusting the input.
Does not have the Ability to Control the System Transient Response
Closed loop systems have the ability to control the system transient response. This means that they are designed to ensure that the system stabilizes quickly after a disturbance.
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Which of the following are the not characteristics of the closed loop systems?a)It does not compensate for disturbance.b)It reduces the sensitivity of plant-parameter variations.c)It does not involve output measurements.d)It does not has the ability to control the system transient response.Correct answer is option 'D'. Can you explain this answer?
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