Technology Labs
FOL-M-GP: Fiber Optic Trainer Kit for Glass and Plastic Fiber with Optical Power Meter
About Product
The FOL-M-GP Fiber Optic Trainer Kit is a versatile platform designed for hands-on experimentation with both glass and plastic optical fibers. Featuring dual optical sources, detector characterization, optical attenuation studies, and an integrated power measurement setup, it enables practical learning of fiber performance, losses, data transmission, and key communication parameters in real-world fiber links.
1) Complete Fiber Optic Trainer Kit for Glass and Plastic Fiber
2) Supports plastic multimode and glass single-mode / multimode fiber experiments
3) Provides analog and digital signal transmission facilities
4) Includes dedicated jigs for attenuation, coupling loss and numerical aperture experiments
5) Allows study of optical source and detector characteristics
6) Supports experiments on fiber loss, bandwidth, data rate and bit error rate
7) Clearly marked functional blocks for easy laboratory use and demonstrations
8) Multiple optical detector sections for studying and comparing different photo-detection methods
9) Designed for measurement-oriented experiments, allowing students to observe and compare transmitter, fiber and receiver behaviour individually
10) Enables comparison of the performance of different optical sources, fibers and detectors within the same training platform
11) Useful for understanding the complete optical transmission chain—from electrical input to optical transmission and electrical recovery
12) Mobile based interactive e-manual
2) Supports plastic multimode and glass single-mode / multimode fiber experiments
3) Provides analog and digital signal transmission facilities
4) Includes dedicated jigs for attenuation, coupling loss and numerical aperture experiments
5) Allows study of optical source and detector characteristics
6) Supports experiments on fiber loss, bandwidth, data rate and bit error rate
7) Clearly marked functional blocks for easy laboratory use and demonstrations
8) Multiple optical detector sections for studying and comparing different photo-detection methods
9) Designed for measurement-oriented experiments, allowing students to observe and compare transmitter, fiber and receiver behaviour individually
10) Enables comparison of the performance of different optical sources, fibers and detectors within the same training platform
11) Useful for understanding the complete optical transmission chain—from electrical input to optical transmission and electrical recovery
12) Mobile based interactive e-manual
1) Source 1
i) Type : LED
ii) Central Wavelength : 1310nm
iii)Spectral Width : 1nm
iv) Output Power : 1.5mW
v) Receptacle Housing : SC
2) Source 2
i) Type : Visible LED
ii) Central Wavelength : 660nm
iii) Spectral Width : 25nm
v) Receptacle Housing : "Connector-less" style package
3) Detector 1
i) Type : InGaAs PIN photo diode
ii) Spectral Bandwidth : 1250nm ~ 1600nm
iii) Responsivity : 0.9 A/W @ 10uW of 1310nm
iv) Bandwidth : 1.5GHz
v) Return Loss : 14 dB
4) Detector 2
i) Type : Silicion photo transistor
ii) Spectral Bandwidth : 400 nm ~ 1100nm
iii) Max. Photosensitivity λ : 850 nm.
iv) Responsivity : 0.8 mA/ 10μW VCE= 5 V
5) Fiber Cable
i) Type : Glass fiber single & multimode
ii) Core Diameter : 9um & 62.5um
iii) Clad Diameter : 125 um
iv) Length of fiber : 01 meter each
v) Type : Plastic optical cable, step index, multimode
i) Type : LED
ii) Central Wavelength : 1310nm
iii)Spectral Width : 1nm
iv) Output Power : 1.5mW
v) Receptacle Housing : SC
2) Source 2
i) Type : Visible LED
ii) Central Wavelength : 660nm
iii) Spectral Width : 25nm
v) Receptacle Housing : "Connector-less" style package
3) Detector 1
i) Type : InGaAs PIN photo diode
ii) Spectral Bandwidth : 1250nm ~ 1600nm
iii) Responsivity : 0.9 A/W @ 10uW of 1310nm
iv) Bandwidth : 1.5GHz
v) Return Loss : 14 dB
4) Detector 2
i) Type : Silicion photo transistor
ii) Spectral Bandwidth : 400 nm ~ 1100nm
iii) Max. Photosensitivity λ : 850 nm.
iv) Responsivity : 0.8 mA/ 10μW VCE= 5 V
5) Fiber Cable
i) Type : Glass fiber single & multimode
ii) Core Diameter : 9um & 62.5um
iii) Clad Diameter : 125 um
iv) Length of fiber : 01 meter each
v) Type : Plastic optical cable, step index, multimode
1) Optical source characteristics
To plot the electrical and optical characteristics of different light sources
2) Numerical aperture of fiber
To estimate the numerical aperture of given fiber
3) Fiber attenuation
To measure the attenuation of given MM / SI fiber
a. Propagation loss
b. Bending loss
4) Optical detector characteristics
a. Responsivity
b. To plot the frequency response of detectors with different values of load resistor
5) Fiber bandwidth / data rate
To estimate the bandwidth of given fiber link
To test a simple fiber optic link for transmission of analog signal
6) To test a simple fiber optic link for transmission of digital signal
7) Measurement of bit error rate
To plot the electrical and optical characteristics of different light sources
2) Numerical aperture of fiber
To estimate the numerical aperture of given fiber
3) Fiber attenuation
To measure the attenuation of given MM / SI fiber
a. Propagation loss
b. Bending loss
4) Optical detector characteristics
a. Responsivity
b. To plot the frequency response of detectors with different values of load resistor
5) Fiber bandwidth / data rate
To estimate the bandwidth of given fiber link
To test a simple fiber optic link for transmission of analog signal
6) To test a simple fiber optic link for transmission of digital signal
7) Measurement of bit error rate
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