FIBRE OPTIC TRAINERS

 
  VOFT-01
  VOFT-01A
  VOFT-01B
  VOFT-02
  VOFT-03
  VOFT-04
  VOFT-05
  VOFT-06
  VOFT-07A
  VOFT-07B
  VOFT-07C
  VOFT-07D
  VOFM-07EX
  VLM-0X
  VOFT-08
  VOFT-09
  VSS-01
  VLT-01
  POWER METER
  VBERT-01
  VDSG-01
  VDSG-02
 
 
 
 
 
 
 
 
 
 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

FIBRE OPTIC TRAINERS

4. FIBRE OPTIC ANALOG TRANSMITTER & RECEIVER TRAINER (VOFT-02)

VOFT-02 is a Fiber optic Analog transmitter and receiver designed to learn fundamentals of fiber optic communication link

Order Code:

  1. VOFT - 02A - 660nm
  2. VOFT - 02B - 950nm
Features:
  • Onboard Optical fiber transmitter & driver

  • Onboard Optical fiber receiver

  • Mimic Diagram

  • Various test points

  • Gain controller

  • Specification:
    Transmitter
  • Transmitter type:DC Coupled

  • Wave length:660nm/950nm

  • Optical output connector:Screw type

  • Input type:Analog signal

  • Analog signal level:1.4V (Max)

  • Bandwidth:150KHz at min gain

  • Supply Voltage:5V

  • Supply Current:100mA (Approx)

  • Interface connector
    #Analog input: BNC 
    #Power:4 pin DIN connector

  • Receiver:
  • Receiver type: AC/DC coupled

  • Diode Type: PIN photo diode

  • Diode wave length: 660nm-950nm

  • Optical input connector: Screw type 

  • Supply Voltage: 5V

  • Supply Current: 100mA (Approx)

  • Interface connector 
    #Analog Output: BNC 
    #Power: 4 pin DIN connector

  • Communicating Media
  • Fiber cable:1000micron plastic multimode fiber.

  • Core refractive index: 1.492

  • Cladding refractive index: 1.406

  • Numerical aperture: 0.5

  • Acceptance angle: 60 deg.
  • Accessories Included

    BNC - BNC cable – 2Nos.

    Power supply – 2Nos.

    Plastic fiber cable (1m&3m)– Each 1No.

    NA setup

    Coupling setup

    Mandrel

    Detailed Experimental Documentation

    Experiments:
    1. To study the analog signal transmission and reception
    2. To study the Bending loss
    3. To study the Coupling
    4. Study of numerical aperture (VOFT-02A)
    5. Study of LED Characteristics 

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