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Basic Control System Trainer

SKU: 4041 Category:

Basic Control System Trainer is a very versatile and useful trainer kit for the control laboratory for all engineering, polytechnic and vocational courses. It provides with in depth knowledge of the basics of control systems like open loop, closed loop, Ist, IInd and IIIrd order systems active and passive, Type 0, 1, and 2 control systems. Practical and Theoretical concepts can be verified for all types of control systems. The unit is housed in an elegantly designed metal cabinet with a well spread circuit layout on the front panel. A comprehensive Instruction Manual complete with Theory and Operation details is provided. These are some of the salient features of the Basic Control System Trainer.

TECHNICAL SPECIFICATIONS

1. Signal Generator

Circuit : Using Microcontroller.
Output Signals : a. Square wave
b. Ramp wave
c. Parabolic wave
Frequency : 100 Hz Fixed
Amplitude : 1 Vpp.

2. Variable Square wave generator

Circuit : Using discrete components
Output : Square wave
Frequency : 40 Hz to 4 KHz approx.
Amplitude : 1 Vpp

3. Variable DC Voltage : -12V to +12V

4. Unit Step Input

Low : -0.5V to 0.5V
High : -0.5V to +1V

5. Impulse generator

Circuit : Using Microcontroller
Amplitude : -0.5V to +0.5V, Fixed
Duration : 50 usec

6. Passive Components

Resistors : 100E, 1K, 1K, 10K, 50K and 100K
Capacitors : 1 nF, 10 nF, 10 nF, 100 nF, 1 uF and 1 uF
Inductors : 1 uH, 680 uH, 1 mH, 10 mH, 68 mH, and 100 mH

7. Active control circuit blocks

a. Open Loop System (Transistorized current source system)
b. Error Amplifier
c. Amplifier with calibrated gain control
d. Ist order system
e. IInd order system
f. IIIrd order system
g. Type 0 Control system
h. Type 1 Control system
i. Type 2 Control system

8. Experiments

1. Study of Open Loop Control System.
2. Study of Closed Loop Control System.
3. Study of Ist Order RC control System and plot its frequency response.
4. Study of IInd Order RLC control system, observe the various damping conditions and plot its frequency
response.
5. Study of IIIrd Order RLC control system, observe the various damping conditions and plot its frequency
response.
6. Study of First Order active system and observe the effect of gain on damping.
7. Study of Second Order active system and observe the effect of gain on damping.
8. Study of Third Order active system and observe the effect of gain on damping.
9. Study of Type 0 Control System and observe the error analysis for Step, Ramp, Parabolic and Impulse inputs.
10. Study of Type 1 Control System and observe the error analysis for Step, Ramp, Parabolic and Impulse inputs.
11. Study of Type 2 Control System and observe the error analysis for Step, Ramp, Parabolic and Impulse inputs.
12. Study response of Ist order, IInd order, IIIrd order active control system for unit step input.
13. Study response of Type 0,1,2 Control System for DC voltage input.

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