Automation System If the transient response is under damped: steady-state will be reached faster than if the system is overdamped the value of the output will exceed the value of the input at times during the transient period None of these both a and b the present overshoot is zero steady-state will be reached faster than if the system is overdamped the value of the output will exceed the value of the input at times during the transient period None of these both a and b the present overshoot is zero ANSWER DOWNLOAD EXAMIANS APP
Automation System How is the integral mode implemented on a digital controller? the digital controller cannot handle integral mode All of these the error signal is summed over a discrete time interval and accumulated by the controller the error is divided into discrete amounts None of these the digital controller cannot handle integral mode All of these the error signal is summed over a discrete time interval and accumulated by the controller the error is divided into discrete amounts None of these ANSWER DOWNLOAD EXAMIANS APP
Automation System Most continuous control actuators: (b) and (c) above are used with standard continuous control loop are of the time proportioning type use a 4 to 20 mA current loop input None of these (b) and (c) above are used with standard continuous control loop are of the time proportioning type use a 4 to 20 mA current loop input None of these ANSWER DOWNLOAD EXAMIANS APP
Automation System The user communicates directly with the computer through its peripheral devices is known as Remote-terminal processing None of these Intelligent terminal Processing Batch mode processing On-line processing Remote-terminal processing None of these Intelligent terminal Processing Batch mode processing On-line processing ANSWER DOWNLOAD EXAMIANS APP
Automation System What is the difference between integral and derivative control? derivative control responds to a change in the rate of change in the error signal All of these integral control has slower response to an error signal. derivative control does not eliminate offset error None of these derivative control responds to a change in the rate of change in the error signal All of these integral control has slower response to an error signal. derivative control does not eliminate offset error None of these ANSWER DOWNLOAD EXAMIANS APP
Automation System For a type 1 system, the steady-state: error for a step input is always zero input for acceleration input is always non-zero error for a velocity input is always zero None of these (a) and (c) error for a step input is always zero input for acceleration input is always non-zero error for a velocity input is always zero None of these (a) and (c) ANSWER DOWNLOAD EXAMIANS APP
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