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Experiment
LINEAR SYSTEM SIMULATOR
Aim: To analyse the effect step input on a linear system (of various order) due to various
controls.
Introduction:
Observations and remarks:
OPEN LOOP RESPONSE
 Error detection cum variable gain:
With an input of 100mv, we get 1.52V i.e. gain is 15.2.
Fig. 1
 Uncommitted Amplifier:
For a square wave of 1V pk-pk an output of 4.4V is obtained with gain 1 and for
gain of 10 an output of 15.6V is obtained, with inverted signal.
Fig 2
For gain=1
 Integrator: The output for voltage is 1.08V with an input of .1 V (note that the fig is
with 10x probe).
Fig 3
 Time constant:
Time constant, ∆T=1.2ms (time to rise to 63.2%)
Fig 4
CLOSED LOOP RESPONSE
First order system (type 1)
:
Second order system:
Third Order system:
EEP301: linear system simulator

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EEP301: linear system simulator

  • 1. Experiment LINEAR SYSTEM SIMULATOR Aim: To analyse the effect step input on a linear system (of various order) due to various controls. Introduction: Observations and remarks: OPEN LOOP RESPONSE  Error detection cum variable gain: With an input of 100mv, we get 1.52V i.e. gain is 15.2. Fig. 1  Uncommitted Amplifier: For a square wave of 1V pk-pk an output of 4.4V is obtained with gain 1 and for gain of 10 an output of 15.6V is obtained, with inverted signal.
  • 2. Fig 2 For gain=1  Integrator: The output for voltage is 1.08V with an input of .1 V (note that the fig is with 10x probe). Fig 3  Time constant: Time constant, ∆T=1.2ms (time to rise to 63.2%)
  • 3. Fig 4 CLOSED LOOP RESPONSE First order system (type 1) : Second order system: