Experimental Setup to Study Wavelength Division Multiplexing De-Multiplexing - Building Blocks of an OTDR Chromatic Dispersion Manufacturer,Supplier and Exporter in India

Experimental Setup to Study Wavelength Division Multiplexing De-Multiplexing - Building Blocks of an OTDR Chromatic Dispersion

Product Code : SCL-EELE-13249

WDM & OTDR setup consists of Student can learn Wave length division multiplexers (WDM), OTDR building blocks & construction and measure chromatic dispersion in an optical fiber.  Fiber Optic Passive Component Module consist of industrial grade passive components like Couplers, Isolators, Attenuators and WDM. Wave length division multiplexers (WDM) are the passive devices that combines light signals with different wave length coming from different fiber, on to single fiber and Single Mode Fiber Optic Cable Module one can study insight intothe building blocks & construction of an OTDR. Chromatic Dispersion Module is specially designed to measure chromatic dispersion in an optical fiber. A special purpose fiber is provided for laboratory use to make the study more precise and easy.

 

Experiments

  1. I-V characteristics of LASER
  2. P-I characteristics of LASER 
  3. Digital data transmission
  4. Analog signal transmission
  5. PC to PC Communication (full duplex)
  6. To measure characteristics of passive components such as attenuator, isolator, coupler, WDM.
  7. To measure the attenuation in fiber optic attenuator
  8. To measure insertion loss of fiber optic isolator
  9. To measure isolation rate of fiber optic isolator
  10. To measure insertion losses of fiber optic coupler
  11. To measure coupling coefficient in fiber optic coupler
  12. To measure the insertion losses and coupling coefficient in fiber optic multiplexer
  13. Wavelength division multiplexing and de-multiplexing of analog /digital signals over 1310nm and 1550nm wavelengths
  14. Study of building blocks of OTDR
  15. Study of chromatic dispersion

   

Office Address

Works: #975 Malleshwaram,
Bengaluru, Karnataka 560003

[email protected]

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