Advance Fiber Optic Network Module consisting of 

• Dual Wavelength Fiber Optic Laser Source And Detector Module

• Source and Detector Module with inbuilt Pulse generator and Driver for Analog and Digital Transmission. 

• LASER - 2 Nos

• Central wavelength: 1310nm and 1550nm

• Output power: 1mW

• Detectors – 2 Nos

• Type : PIN photodiode & PIN TIA

• Spectral Bandwidth : 1250nm to 1600nm 

Pulse Generator:

• Pulse width : 30ns &100ns with amplitude approx.. 4Vpeak

• Display : 3½ Digit seven segment display indication for forward voltage and current

• Input Selectable from : CW, Pulse, Analog, TTL and RS-232

• Fiber Optic Passive Component Moduleconsisting of Coupler, Isolator, Attenuator and 2 X WDM

• Single Mode Fiber Optic Cable Modulein a casing of Length 100 Mts, 500 Mts& 1000 Mts.

• Chromatic Dispersion Module

• Specially designed to perform chromatic dispersion experiment

• A special purpose fiber should be provided for laboratory use to make study more perfect and easy

• Length of fiber : 25Kilometer

• Optical Fiber Patch Chords - 8 Nos

• Moulded 2mm Long connecting Links - 15 Nos

• Moulded Short connecting Links - 30 Nos

• Power Supply- 1 Nos

• Optical Power Meter- 1 No

List of experiment

1. I-V characteristics of Laser

2. P-I characteristics of Laser (FOP-01 is required)

3. Digital data transmission

4. Analog signal transmission

5. PC to PC Communication (full duplex)

6. Study and Characterization of Coupler

7. Study and Characterization of Isolator

8. Study and Characterization of Attenuator

9. Wavelength Division Multiplexing ( DUAL Module)

10. Basic Building Block of OTDR ( DUAL and FIBER Module )

11. Basic Building Block of an OTDR (DUAL and FOL-PASSIVE Module)

12. Chromatic Dispersion Measurement (DUAL and PASSIVE Module)