Explain open loop control systems, Electrical Engineering

Assignment Help:

Explain Open Loop Control Systems

In an open-loop control system, the controller independently computes exact voltage or current required by the actuator to do the job and sends it. Though, with this approach, the controller never in fact knows if the actuator did what it was supposed to as there is no feedback. This system absolutely relies on the controller knowing the operating characteristics of the actuator.


Related Discussions:- Explain open loop control systems

Magnet, Magnetic materials

Magnetic materials

What is meant by amplification, Q. What is meant by amplification? The ...

Q. What is meant by amplification? The basic amplifying elements are, namely valves (vacuum tubes), bipolar transistors and FETs. The term "amplify" basically means to make str

Induction motor, principle and operation of 3phace induction motor

principle and operation of 3phace induction motor

Signal and system, You are required to implement below shift system in MATL...

You are required to implement below shift system in MATLAB, t0 is the amount of shift towards left or right. y(t)= x(t-t0) Implement MATLAB code, where shift should be taken as

DLD, Draw a logic diagram to implement F=ABCDE using only 3 input AND gates...

Draw a logic diagram to implement F=ABCDE using only 3 input AND gates

.., Among copper and mercury which is better conductor of electricity?

Among copper and mercury which is better conductor of electricity?

Transformers, A 15kVA has a turns ratio 1:10. If the voltage applied is 13....

A 15kVA has a turns ratio 1:10. If the voltage applied is 13.8kV and the applied load is 20+j6. Find the current in the secondary winding and the active and reactive power consumed

Disaster management, role of electrical engineer in disaster management

role of electrical engineer in disaster management

Clippers, what is shunt clipper?

what is shunt clipper?

Determine the flux densities, In the magnetic circuit shown in Figure (a) t...

In the magnetic circuit shown in Figure (a) the coil of 500 turns carries a current of 4 A. The air-gap lengths are g 1 = g 2 = 0.25 cm and g 3 = 0.4 cm. The cross-sectional are

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd