With the advancement in fiber optic technology and its wide usability in all telecom & data communication applications, Falcon felt the necessity to develop advanced fiber optic experimental modules on glass fiber - the FOM series. These modules are designed for university level graduates and post graduate students who would like to explore the various experimental possibilities in fiber optic technology. Industrial grade active and passive optical components are used which enables students to measure various parameters and test applications with better repeatability.
The FOM series with all its features is ideal for project work and is very modular. All the experimentation that is possible with the FOM series are listed in this catalog and we ensure that on completing the course the students would be inline with the industrial requirement.

LIST OF MODULES:

• FOM1: Fiber Optic Source And Detector Module
• FOM-1A: 850nm Fiber Optic LED Source And Detector Module
• FOM-1B: 1310NM Fiber Optic LASER Source And Detector Module
• FOM-1C: 1550NM Fiber Optic LASER Source And Detector Module
• FOM-1D: Dual Wavelength Fiber Optic Source And Detector Module
• FOM-2: Fiber Optic Passive Component Module
• FOM-3 Fiber Optic Cable Module
• FOM-3A: Mulimode Fiber Optic Cable Module
• FOM-3B: Singlemode Fiber Optic Cable Module
• FOM-4: Chromatic Disperion Module

LIST OF EXPERIMENT:

• I-V characteristics of LED
• P-I characteristics of LED
• Conversion efficiency of LED
• I-V characteristics of LASER
• P-I characteristics of LASER
• Measurement of dark current of photo diode detector
• Measurement of responsivity of photo diode detector
• Measurement of rise and fall time of photo diode detector
• Load dependent response of photo diode detector
• Measurement of dark current of APD detector
• Measurement of responsivity of APD detector
• Measurement of rise and fall time of APD detector
• Gain measurement of APD detector relative to PIN photo diode detector
• Measurement of chromatic dispersion
• Audio signal transmission
• Digital data transmission
• Intrinsic loss and return loss in isolator
• Measurement of Attenuation, Return loss using attenuator
• Coupling Efficiency, Return Loss using coupler
• Wavelength division multiplexing & demultiplexing of analog / digital signals over 1310nm & 1550nm wavelengths
• Building block of OTDR
• Measurement of isolation between signals over 1310nm & 1550nm wavelengths

For details select individual product from product list