Fiber Optic Passive Components Trainer provides a complete overview of fiber optic technology and skills needed to work with fiber optics, It offers various Optical Passive Components such as Isolator, Circulator, Course Wavelength Division Multiplexer, Splitter, Coupler, Fiber Bragg Grating . One can use these components individually or combined or even with any other Fiber Optic Equipment to gain a better understanding of the technology and working of Optical Passive network with hands-on experience in industrial grade components
Features
Consolidating Industrial Grade Optical Passive Components Various Optical Passive Components Isolator, WDM, Circulator, 3db Coupler, PLC Splitter, Fiber Bragg Grating. Interface with other Optical Equipments Complete Research Solution
Components Specifications
Optical Isolator      Optical Isolator 1550nm      Insertion loss of 0.4dB      Isolation Rate of >30dB 2×2 Coupler      Operating Wavelength: 1260nm – 1620nm      Coupling ratio : 50:50      Insertion loss of <1dB at each Port 1×8 PLC splitter      Operating Wavelength: 1260nm – 1620nm      Return Loss: >50dB 4 channel CWDM Mux & Demux      Operating Wavelengths : 1510nm,1530nm, 1550nm, 1570nm      Channel Spacing : 20nm 3 Port Circulator      Operating Wavelength: 1260nm – 1620nm      Isolation of 15 dB      Insertion loss : 0.5-1dB Fiber Bragg Grating      Operating Wavelength: 1260nm – 1620nm      Central Frequency: 1550nm      Wavelength Deviation : +-3nm      Reflectivity: >90%
List of Experiment
Numerical Aperture
Visualization of
Modes in Optical Fiber
Optical Fiber Transmission loss Property and Measurement
Calculate the Bending
Loss in Optical Fiber
Measure the insertion loss of an Optical Isolator
Measure the isolation rate of an Optical Isolator
Calculate the insertion loss of Fiber Optic Coupler
To measure the coupling coeficient in Fiber Optic Coupler
Characteristics of an Optical Coupler and Splitter
Characteristics of Fiber Bragg Gratings and Circulator
Characteristics of Wavelength Division Multiplexing [WDM]
Determine the insertion loss and crosstalk at each port of Multiplexer
**with a combination of Fiber Optic Laser and Photo Detector