Product Search
 
 
 
   
 
  Home  
 
  About Us  
 
  Products  
 
  Career  
 
  Clients  
 
  Feedback  
 
  Contact  
 
  Download  
 
  Corporate Email  

    Home

FIBER OPTICS

FIBER OPTIC TRAINERS
LINK-C: Basic Fiber Optic Trainer Kit

Tender Specifications Ask to expert
Download PDF
Technical Specification
Zoom Image
Product List

LINK-C is a Basic Fiber Optic Trainer Kit designed to experimentally measure the speed of light. This kit utilizes an oscilloscope to monitor a light pulse in its passage between a transmitter and a receiver, coupled with fiber optic cable. At the receiver, the oscilloscope displays the phase delay and basis for the calculations which will determine the speed of light through the fiber. A 20MHz dual trace oscilloscope (not included in the kit) is required to make the measurements.


Link-C can further be used as an Analog Link to study the fundamentals of fiber optics, including characteristics of fiber optic cable & fiber optic components.
Facility is provided in Link-C to study the effect of EMI interference on optical fiber cable. It can be noticed that there is absolutely no effect of EMI interference on data transmitted through optical fiber cable. To enable students to understand this effect, it is demonstrated in this kit, that EMI interference is observed when medium of transmission of data is copper cable.
Link-C can also be used for Analog communication for a small distance. An exhaustive manual is provided with the kit. This manual contains excellent documentation on each & every experiment, data sheets of components used & circuit diagram of the complete kit.


FEATURES:
• Fiber Optic Transmitter: 1No.
• Fiber Optic Receiver: 1No.
• On-board Function Generator.
• Speed of light detection.
• EMI Comparision.
• Numerical Aperture Measurement.


LIST OF EXPERIMENTS: • Measurement of Speed of Light.
• Setting up a Fiber Optic Analog Link.
• Study of Losses in Optical Fiber:
• Measurement of Propagation Loss.
• Measurement of Bending Loss.
• Measurement of Numerical Aperture.
• Characteristics study of Fiber Optic LED’s.
• To study comparison of effect of EMI interference on Copper medium & Optical Fiber Medium.







 
  Copyright 2004-2005. All rights are reserved.                                                                                                                                                  Email | Sitemap