The word digital in fiber optic means, much the same as it does in electronics. Digital gates, circuits or systems are those, in which there are two defined states. A LOW or a digital ZERO and a HIGH or a digital ONE. In all digital systems, LOW or HIGH, low does not necessarily means a ZERO voltage or ZERO optical signal. A digital ZERO means, a LOWER state than the digital ONE state.
Digital Transmitter in this trainer consists of the following circuits. Using them the student studies different types of different transmitting circuits.
I. Single switching circuit,
II. Push-Pull driving circuit,
III. Ten-megabit push-pull drive circuit.
Transmission is done through 1000mm multi-mode plastic fiber cable. The digital receiver consists of (a) CMOS receiver, (b) discrete bi-polar transistor.
This unit is assembled in an ergonomically designed cabinet, with necessary power supplies and associated emitters, detectors, multi mode transmission cables. You need optional signal sources, Oscilloscope, a high impedance mulitmeter as additional equipment to successfully conducting the above objectives.
Specification:
Types of Transmitters:-
Infra Red : Fiber optic Infra Red 820 nm peak wavelength housed in
FC adapter.
Visible RED : Fiber optic Red 635 nm peak wavelength housed in
FC adapter.
Types of Receivers:-
Photodiode : Peak sensitivity 880nm
Phototransistor : Peak sensitivity 850nm
Connection : Plastic fiber optic package, suitable for PMMA cable,
housed in FC Adapter
Fiber connector : Industry standard FC – FC connector
Fiber optics cable type : Plastic optical cable, step index, multimode.
Core refractive index : 1.492
Clad refractive index : 1.406
Acceptance angle : Within 60 degrees
Core diameter : 1000mm
Fiber diameter : 2.2mm
Fiber length supplied : 1 meter and 3 meter
Power supply : 5V and 12 V
FIBER OPTIC DIGITAL TRANSMITTER AND RECEIVER TRAINER MODEL IBL-FOT-3 for Institutional & Laboratory Applications
FIBER OPTIC DIGITAL TRANSMITTER AND RECEIVER TRAINER MODEL IBL-FOT-3 is designed for engineering colleges, technical universities, STEM laboratories, and TVET training centers. Interlabs manufactures export-quality engineering training systems for institutional procurement projects, technical education programs, laboratory modernization, and international supply requirements across South Africa, Ghana, Uganda, and Tanzania.
Applications of FIBER OPTIC DIGITAL TRANSMITTER AND RECEIVER TRAINER MODEL IBL-FOT-3
This equipment is widely used for technical education, engineering practical training, industrial automation learning, and laboratory demonstrations. It supports practical learning environments, institutional laboratory setups, technical training programs, and advanced educational applications.
Suitable For
- Universities and educational institutions
- Research laboratories and training centers
- Government and institutional procurement projects
- African laboratory infrastructure programs
- Technical and vocational education facilities
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Why Choose Interlabs?
- Educational laboratory equipment manufacturer and exporter
- OEM and custom manufacturing support available
- Export-ready packaging and documentation assistance
- Suitable for institutional and government projects
- Global shipping and bulk supply capability
Global Export Support
Interlabs supplies laboratory equipment and institutional training systems to buyers across South Africa, Ghana, Uganda, and Tanzania with secure export packaging, documentation support, and international logistics assistance.