Type of Control System
Type of Control System
There are three basic types control system that are:
- Feed Forward Control System
- Open Loop Control System
- Closed Loop or Feedback Controls System
Feed Forward Control System
- Feed forward is a type of system which counters the changes in its surroundings.
- It is used to maintain the wanted status of the system.
- The biggest advantage of this system is that it does not permit the huge disturbance in the output.
- The objective of feed forward control, also known as predictive control, is tom measure or predict and potential open-loop disturbances and compensate for them manually before the controlled variable devices too for from the original set point.
Open Loop Control System
- A control system in which the control action is totally independent of output of the system then it is called open loop control system.
- A manual control system is also known as open-loop control system.
- An open loop control system is also referred as non-feedback control system.
- Some other examples of open loop control system are:
- Electric Hand Drier
- Automatic Tea/Coffee Maker
- Bread Toaster
- Traffic Light Control System
- Electric clothes dryer
Closed Loop or Feedback Control System
- Closed loop control system is a control system where its control action depends on both of its input signal and output response.
- Closed loop control also known as feedback control system.
- Open loop control system can be converted into closed loop control system by providing a feedback. This feedback automatically makes the suitable changes in the output due to external disturbance.
- In this way closed control loop control system is called Automatic control system.
- Some example of Closed control system are:
- Automatic Electric Iron, Water Level Controller
- An air Conditioner, Missile Launched and auto tracked by Radar.
Qus. 1 : This output signal is feedback so that it subtract from the input signal
- Negative Feedback
- Positive Feedback
- Both A and B
- None of the Above
- Open-Loop control system
- Closed-Loop feedback control system
- Regulator
- All of above
- Open-Loop control system
- Closed-Loop feedback control system
- Both A and B
- All of the above
- SISO
- MIMO
- Both A and B
- None of the above
- Feedback control system
- Non-Feedback control system
- Multiple Feedback control system
- Loop Feedback control system
- Open Loop control system
- Close Loop Control System
- Feedback Control System
- All of These
- Open Loop Control System
- Closed Loop Control System
- Both Open and Close Loop Control System
- None of These
- Open Loop or Feedback Control System
- Open Loop or Non Feed back Control System
- Closed Loop or Feedback Control System
- None of these
- Non-feedback control system
- Feedback control system
- Open Control System
- None of These
- Closed Loop Control System
- Open Loop Control System
- Feedback Control System
- All of above
- Thermistor
- Transformer
- Thermocouple
- Robot
- Memory Design
- Software/ hardware Design
- Platform-based Design
- Peripheral Design
- #warning
- #stop
- #cut
- #error
- UDP
- TCP
- FTP
- HTTP
- Real Time Analytics
- Data Collection
- Device Integration
- Real Time Collection
- sbit
- dbit
- bit
- unsigned int
- Control loops
- Controller loops
- Feedback loops
- None of the above
- Open-loop system
- Closed-loop system
- Both A and B
- None of these
- Field controlled D.C motor
- ward leonard control
- Metadyne
- Stroboscope
- decrease
- increase
- be unaffected
- none of the mentioned
- the control action depends on the size of the system.
- the control action depends on system variables.
- the control action depends on the input signal.
- the control action is independent of the output,
- Field controlled D.C. motor
- Ward leonard control
- Metadyne
- Stroboscope