DESCRIPTION OF INSTRUMENT :

The linear system simulator set–up is designed to study the transient response of a linear system.  Simple  block diagram  approach   is  used  to  system   configuration. Disturbance points etc. a   description  is  given  below  :

SIGNAL  SOURCES  :

There  are  three   built-in  sources  in   this  unit.

1. Frequency      :    40 – 90 Hz  (Variable)
2. Square Wave        :  p – p  amplitude  0 – 2  Volts
3. Triangular Wave : p – p  amplitude  0 – 2  Volts
4. Trigger                    :  ±  5 Volts  (approximate)               

FEATURES :

• This  unit  is  inside  a  metallic  cabinet  with  front  panel  block  diagram. 
• All  the  necessary  switches,  potentiometer  and  test  points  are  on  the  front  panel.
• All  the  waveforms  can  be  measured  on  a  C.R.O.
• Simulated  First,  Second  and  Third  order  system  of  Type – 0  and  Type – 1.
• Calibrated  Variable  gain amplifier  of  resolution  1 : 1000.
• Builtin  Signal  source,  Square  wave  and  triangular  wave  with  45 – 90  Hz  Frequency  and  0 – 2.5  amplitude.
• Provision  for  disturbance  inputs.
• Builtin  Regulated  Power  Supply  :  230 Volt,  ± 10%,  50 Hz   mains  operated.
• Detailed  literature  and  patch  cords.
• Weight : 3 Kg Approximately
• Dimension : 250mm × 350mm × 150mm

OBJECT:

To  study  the  time  response  of  various   simulated   linear  systems.

1. Open Loop Response  :

• Error Detector Cum Variable Gain
• Disturbance  
• Amplifier   
• Integrator  
• Time Constants   

2.  Closed  Loop  Response   :

• First Order System 
• Second Order System  
• Third Order System  

ACCESSORIES  REQUIRED  :

1. A general purpose Dual Trace, Oscilloscope.

Note: There may be any change in specification due to continuous R & D without notice.

Click below to view catalogue