Fibre Optic Trainer Analog

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Product Details:

Power 230V AC, 50Hz
Display Analog meter display for signal monitoring
Usage For educational and laboratory demonstration of fibre optic communication
Voltage 230 Volts
Product Type Fibre Optic Trainer Analog
Material Metal and ABS body with acrylic covers
Design Integrated table-top trainer module
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Fibre Optic Trainer Analog Price And Quantity

Minimum Order Quantity 1 Unit

Input/Output Ports BNC connectors for modulation/demodulation
Receiver Module PIN Photodiode with Pre-amplifier
Fiber Type Plastic Optical Fiber (POF), 1 mm core, 2 m length
Transmitter Module Analog Modulation with Onboard Function Generator
Indicators Power ON, Signal Present (LEDs)
Signal Generator Range 10 Hz 100 kHz
Operating Wavelength 650 nm (Visible Red)
Training Experiments Amplitude Modulation, Demodulation, Loss Measurement, Bending Loss, Signal Analysis
Accessories Patch cords, User Manual, Set of connecting wires

Fibre Optic Trainer Analog Product Specifications

Display Analog meter display for signal monitoring
Detector Photodiode detector for optical signal reception
Voltage 230 Volts
Usage For educational and laboratory demonstration of fibre optic communication
Power Source Mains electricity
Design Integrated table-top trainer module
Charging Time Not applicable (Trainer is mains powered)
Dimension (L*W*H) Approximately 350 mm x 200 mm x 100 mm
Material Metal and ABS body with acrylic covers
Illuminant LED-based optical source
Power 230V AC, 50Hz
Weight Approx. 3 kg
Product Type Fibre Optic Trainer Analog
Accuracy High measurement accuracy for optical signal transmission

Input/Output Ports BNC connectors for modulation/demodulation
Receiver Module PIN Photodiode with Pre-amplifier
Fiber Type Plastic Optical Fiber (POF), 1 mm core, 2 m length
Transmitter Module Analog Modulation with Onboard Function Generator
Indicators Power ON, Signal Present (LEDs)
Signal Generator Range 10 Hz 100 kHz
Operating Wavelength 650 nm (Visible Red)
Training Experiments Amplitude Modulation, Demodulation, Loss Measurement, Bending Loss, Signal Analysis
Accessories Patch cords, User Manual, Set of connecting wires

Fibre Optic Trainer Analog Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days
Main Export Market(s) Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia
Main Domestic Market All India

Product Description

Fibre Optic Trainer Analog
Objective:
- Voice transmission through optical fiber cable.
- To study transmitter circuit & calculate its output power
- To study receiver circuit & calculate its input power
- To study the attenuation of signal between transmitter & receiver end.
- Measurement of numerical aperture
Specifications :

In Built IC based fixed DC Regulated Power Supply + 6VDC.
Pre amplifier stage consists of mic (microphone), photo-detectors, transistors,& biasing network of resistance & capacitors. Power amplifier stages consists of impedance matching transformers, transistors & biasing network of resistance & capacitors. Output section having led & speaker, fiber optic cable for transmission of signal. Circuit diagram is printed on glass epoxy pcb & different combination of resistance & test point are brought out on front panel.

Integrated Learning Platform for Fiber Optics

This trainer offers an all-in-one solution for learning and practicing fiber optic communication techniques. Its onboard function generator and visible red LED source make demonstrations clear and interactive. The analog meter and LED indicators provide immediate feedback on signal status, enhancing the educational experience in classroom or laboratory settings.

Comprehensive Experimental Suite

Designed for practical, hands-on experiments, the trainer facilitates studies in amplitude modulation and demodulation, optical loss and bending loss measurements, and signal analysis. It helps learners understand the intricacies of optical data transmission using a plastic optical fiber and real-time monitoring tools.

Robust and User-Friendly Design

Constructed with a durable metal and ABS body featuring acrylic covers, this trainer ensures longevity and safety. The table-top layout, clear labeling, and set of accessories (including patch cords and connecting wires) make setup quick and intuitive, ensuring a smooth instructional process.

FAQs of Fibre Optic Trainer Analog:

Q: How does the Fibre Optic Trainer Analog facilitate the study of optical signal transmission?

A: The trainer uses a visible red LED source and a plastic optical fiber to visually demonstrate the process of analog modulation and demodulation in optical communication. Its onboard function generator and real-time signal indicators enhance understanding through practical, hands-on experiments.

Q: What types of experiments can be performed with this trainer?

A: You can conduct amplitude modulation, demodulation, optical loss measurement, bending loss analysis, and signal analysis. These experiments help users grasp the parameters and dynamics of fiber optic transmission using the included transmitter and receiver modules.

Q: When is this trainer most beneficial for educational purposes?

A: This trainer is ideal for use during laboratory sessions, classroom demonstrations, or workshops focused on optical communications, telecommunication engineering, or applied physics, providing tangible insight into fiber optic concepts.

Q: Where can the Fibre Optic Trainer Analog be used?

A: It is perfectly suited for educational institutions, training centers, laboratories, and technical workshops where hands-on learning of fiber optic communication principles is required.

Q: What is the process for connecting the modules and conducting experiments?

A: Simply connect the transmitter and receiver via the supplied 2-meter plastic optical fiber, use the BNC connectors for modulation/demodulation, select your experiment on the onboard function generator, and monitor results with the analog meter and LED indicators.

Q: How does the trainer ensure high measurement accuracy?

A: The use of a high-sensitivity PIN photodiode with a pre-amplifier facilitates precise detection of optical signals, and the analog meter enables accurate monitoring of experimental results.

Q: What are the primary benefits of using this fiber optic trainer in a learning environment?

A: It provides clear, interactive demonstrations of optical communication principles, fosters practical understanding through experimentation, and enables accurate analysis of fiber optic phenomena, all with a robust, easy-to-use design.

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