Determine the resonant frequency

Reference no: EM131127991

A feedback control system is shown in Figure P8.8.The specification for the closed-loop system requires that the overshoot to a step input be less than 15%. (a) Determine the corresponding specification M_p_ω) in the frequency domain for the closed-loop transfer function

(b) Determine the resonant frequency ω_r. (c) Determine the bandwidth of the closed-loop system.

Reference no: EM131127991

Questions Cloud

The asymptotic log-magnitude curves : The asymptotic log-magnitude curves for two transfer functions are given in Figure P8.6. Sketch the corresponding asymptotic phase shift curves for each system. Determine the transfer function for each system. Assume that the systems have minimum..

Calculate the electricity bill for that month based : The kilowatthour-meter of a home is read once a month. For a particular month, the previous and present readings are as follows:

The bandwidth of the closed-loop system : Driverless vehicles can be used in warehouses, airports, and many other applications. These vehicles follow a wire embedded in the floor and adjust the steerable front wheels in order to maintain proper direction, as shown in Figure P8.7 (a) [10].

Prepare schedule of cash gains and losses for the six month : Prepare a Schedule of Cash Gains and Losses by month for the six month period beginning in March, using the template provided and the data above.

Determine the resonant frequency : A feedback control system is shown in Figure P8.8.The specification for the closed-loop system requires that the overshoot to a step input be less than 15%. (a) Determine the corresponding specification Mpω) in the frequency domain for the closed-..

What is mercury perihelion distance : ASTR 1030 Lab: Mercury's Orbit Analyzed. What is Mercury's perihelion distance, in A.U.? What is the aphelion distance of this orbit? What is Mercury's semi-major axis

Determine the annual cost of energy : The maximum demand charge is $30 per kVA per annum, and the energy charge per kWh is 4 cents.

The actual position of the mass : A linear actuator is used in the system shown in Figure P8.10 to position a mass M. The actual position of the mass is measured by a slide wire resistor, and thus H(s) = 1.0.

Useful application of feedback control theory : Automatic steering of a ship would be a particularly useful application of feedback control theory [20]. In the case of heavily traveled seas, it is important to maintain the motion of the ship along an accurate track.

User Account

All Pages