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F-GTX3040 Optical Communications - Wavelength Division Mul

 

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The system simulates the optical fiber communication wavelength division multiplexing technology works. A more comprehensive display of the optical wavelength division multiplexing optical fiber communication. Respectively, using the crystal electro-optic effect, sound and light effects and within the laser modulation technique, the three-channel modulation, and transmit audio sound signal and video signal.
 
Experimental purposes, and related subjects:
All-optical networks.
Wavelength division multiplexing and demultiplexing.
Electro-optical properties of semiconductor lasers.
Crystal electro-optic effect.
Sound and light effects.
Signal within the modulation, external modulation.
Audio signal and video signal transmission.
Principles and application of the photodiode, PIN photodiode, an avalanche photodiode.
 
Optical experimental platform (including tables) 1500 * 1000 * 80mm3.
Semiconductor laser (with power) 532nm, 2mW.
Semiconductor laser (with power) 650nm, 25mW.
Semiconductor laser (with power) 445nm, 30mW.
Three-dimensional rotation platform range ф50mm.
Polarizer (including frame) 360-degree adjustable minimum scale of 1 degree, diameter 27mm.
Fiber Jumper: Multi-mode core 50um.
Lens (with box) f = 100



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