Linear System Simulator, LSS-01 Linear System Simulator, LSS-01 Linear System Simulator, LSS-01
Linear System Simulator, LSS-01
Linear System Simulator, LSS-01 Linear System Simulator, LSS-01

Linear System Simulator, LSS-01

Product Details:

  • Material Electronics
  • Weight 8 Kg Kilograms (kg)
  • Color Grey
  • Application Control Laboratory Experiment
  • Usage Control Laboratory Experiment
  • Type Control Lab Trainer
  • Display Type Digital
  • Click to View more

Price And Quantity

  • 1 , , Piece
  • INR/Piece

Product Specifications

  • Control Laboratory Experiment
  • Digital
  • Control Lab Trainer
  • Control Laboratory Experiment
  • Grey
  • Electronics
  • 8 Kg Kilograms (kg)

Trade Information

  • Cash on Delivery (COD), Delivery Point (DP), Cash Against Delivery (CAD), Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)
  • 100 , , Piece Per Month
  • 1 Week
  • Contact us for information regarding our sample policy
  • Australia, South America, Western Europe, Middle East, Africa, Central America, Asia, Eastern Europe, North America
  • All India
  • ISO 9001: 2015 CE

Product Description

Linear System Simulator, LSS-01

We are indulged in manufacturing, exporting and supplying LINEAR SYSTEM SIMULATOR to our customers in Roorkee, Uttarakhand, India.

  • Time domain study of a Linear System
  • Op-amp simulated system for greater accuracy
  • Flexible systems configuration
  • Full details of experiments included
  • Additional experiments may be performed


The most important performance aspect of a practical system is its response to known input. A large part of the analysis of such systems is therefore devoted to time domain studies. The set-up offered is a variable configuration simulated system designed for time domain studies of both open loop and closed loop systems. Selection at block diagram level eliminates the need to bother about the details of electronic circuitry and its assembly. Thus time and efforts could be directed towards understanding and experimenting with the basic aspects of linear control systems.

Schematic diagram of the simulator shown includes transfer functions of the form 1/s and 1/(sT+1), a calibrated variable gain K and an error detector. These could be combined to form a variety of system configurations. The unity gain uncommitted amplifier can be used to ensure negative feedback. The time constants have been selected such that the system response may be observed conveniently on a CRO. This avoids the need to use an expensive and delicate X-Y recorder for the experiment.

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