Fibre Optic Communication Trainer

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Product Details:

Usage Laboratory Educational Purposes
Display Digital LED
Power 220V AC, 50Hz
Voltage 220V AC
Product Type Communication Trainer Kit
Material MS Powder Coated Sheet
Design Table Top Module
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Fibre Optic Communication Trainer Price And Quantity

Minimum Order Quantity 1 Unit

Accessories Included User Manual, Patch Cord, Power Cord, Accessories Kit
Operating Temperature 0°C to 50°C
Connector Type Standard ST Type
Photo Detector Response Maximum at 800-900 nm
Transmitter Type Analog / Digital
Modulation Modes AM, FM, and Digital
Wavelength 820 nm (IR LED)
Fiber Cable Multi-mode, Plastic Optical Fiber (2 m included)
Input Signal Sine, Square, Audio (built-in generator)
Audio Output Inbuilt Speaker and Output terminals

Fibre Optic Communication Trainer Product Specifications

Material MS Powder Coated Sheet
Product Type Communication Trainer Kit
Usage Laboratory Educational Purposes
Illuminant LED (Infrared Source)
Voltage 220V AC
Power 220V AC, 50Hz
Dimension (L*W*H) 410 x 300 x 110 mm
Accuracy 2% (Typical)
Display Digital LED
Weight Approx. 4.2 kg
Power Source Mains AC
Design Table Top Module
Charging Time N/A (Mains powered)
Detector Silicon PIN photodiode

Accessories Included User Manual, Patch Cord, Power Cord, Accessories Kit
Operating Temperature 0°C to 50°C
Connector Type Standard ST Type
Photo Detector Response Maximum at 800-900 nm
Transmitter Type Analog / Digital
Modulation Modes AM, FM, and Digital
Wavelength 820 nm (IR LED)
Fiber Cable Multi-mode, Plastic Optical Fiber (2 m included)
Input Signal Sine, Square, Audio (built-in generator)
Audio Output Inbuilt Speaker and Output terminals

Fibre Optic Communication Trainer Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

Fibre Optic Communication Trainer

Product Description:

Fibre Optic Communication Trainer

FEATURES

* Circuit diagram printed on PCB.

* Transformer based power supply

* Strongly support by systematic operating instructions

* Enclosed in an attractive wooden box with cover

TECHNICAL SPECIFICATIONS

* Onboard Sine wave generation with variable amplitude 0-5vp-p and frequency 20Hz to 20KHz

* Onboard Variable DC supply from 5V to + 5V

* Onboard Carrier Generation with variable amplitude 0-10Vp-p and frequency 60KHz (Fixed)

* Study of Fiber Optic Communication Trainer through: Analog Fiber optic

* Separate blocks for Transmitter & receiver Amplitude Modulation & Demodulation:

* Separate blocks for Modulation using IC 1496 & Demodulation using IC TL084

* Onboard potentiometer & Demodulation: Frequency Modulation & Demodulation & Demodulation Section:

* Separate blocks for Modulation using IC TL084 & 8038 and Demodulation using ICLM565 & TL084 Dynamic Microphone & Audio Amplifier with Speaker Section:

* Separate blocks for dynamic microphone &Audio Amplifier with loud speaker

* Separate potentiometer provided for controlling the intensity of sound level in both section

General Specifications:

* On-board inbuilt 2mm socket for observing the signal and waveform at different stages

* Onboard LED for Power indication

* 220V,Built in IC regulated power supply

* Enclosed in attractive ABS Plastic cabinet with cover to protect on board Components

* Users manual and patch chords

Comprehensive Learning Tool for Fibre Optics

This Fibre Optic Communication Trainer enables students and researchers to explore the fundamentals of fiber optic transmission, emphasizing both analog and digital techniques. Engineered with user convenience in mind, it features a straightforward tabletop design and intuitive controls that simplify complex experiments and concepts.

Supports Multiple Modulation Methods

Experiment with amplitude modulation (AM), frequency modulation (FM), and digital signal transmission using easily switchable modes. The built-in audio generator and speaker provide real-time interaction with transmitted signals, enriching the understanding of fiber optic communications principles.

Durable Construction and Complete Accessories

Encased in a sturdy MS powder-coated sheet, the trainer offers long-lasting reliability. It ships with all essential accessoriesuser manual, patch cords, power cord, and a comprehensive accessories kitensuring readiness for classroom or laboratory demonstrations straight out of the box.

FAQs of Fibre Optic Communication Trainer:

Q: How do I use the Fibre Optic Communication Trainer in a laboratory experiment?

A: Begin by connecting the included multi-mode plastic optical fiber to the transmitters ST connectors. Select your input signal (sine, square, or audio) using the built-in generator, and choose the desired modulation mode (AM, FM, or digital). Transmitted signals can be observed on the digital LED display and monitored through the inbuilt speaker or output terminals.

Q: What are the main benefits of using this trainer for educational purposes?

A: This trainer provides hands-on experience with both analog and digital fiber optic communication, allowing students to understand real-world transmission principles. The modular features and interactive components foster practical learning, making complex concepts accessible and engaging.

Q: When should I use the different modulation modes (AM, FM, Digital)?

A: Utilize AM and FM modulation for analog signal transmission experiments, illustrating amplitude and frequency variations. For binary data transmission demonstrations or digital communication protocols, switch to the digital modulation mode. This flexibility supports a wide range of educational objectives.

Q: Where can I monitor the output signals from the trainer?

A: You can observe output signals on the integrated digital LED display or audibly through the inbuilt speaker. Additional output terminals allow for external monitoring or connection to further measurement instruments for signal analysis.

Q: What process is involved in setting up the trainer for a standard experiment?

A: Setting up involves placing the tabletop module on a stable surface, connecting the provided fiber cable to the transmitter and detector, powering the unit using the mains AC supply, and configuring the signal input and modulation mode per the experiments requirements. Refer to the included user manual for step-by-step guidance.

Q: Is the trainer suitable for all educational levels in fiber optics?

A: Yes, its user-friendly design, diverse signal options, and adjustable modulation modes make it ideal for high school, undergraduate, and technical training labs focused on fiber optic communication.

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