Laser Fibre Optic Trainer

Price 1000.0 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Laser Fibre Optic Trainer Specification

Feature
Highly Efficient

Core Components
Laser Diode Module, Fibre Optic Cable, Photo Detector, Power Supply Unit, Measuring Ruler

Automation Grade
Manual

Voltage
220 V Volt (v)

Measurement Range
Upto 10 meters

Power Source
220 V AC Mains

Temperature Range
10 C to 40 C Celsius (oC)

Model No

Capacity
Single Unit Pcs/hr

Accuracy
100 % %

Frequency
50 Hz Hertz (HZ)

Equipment Materials
Metal, Glass, Plastic Components

Type
Laser Fibre Optic Trainer

Usage
Laboratory

Display Type
Analog and Digital

Dimension (L*W*H)
350 mm x 250 mm x 100 mm Millimeter (mm)

Weight
Approx. 3-5 kg Kilograms (kg)

About Laser Fibre Optic Trainer

Laser Fibre Optic Trainer

Experiments of fiber optic trainers comprise of the following

Characterisation of a Laser Diode.
Optical Power (Po) of a Laser Diode Vs Laser Diode Forward current (I ). F.
Monitor Photodiode Current (I ) Vs Laser Optical Power Output (Po). M.
Study of Automatic Current Control (ACC) or Automatic Power Control (APC) Modes of Operation using fibre optics trainer kits
Comparison of ACC and APC Modes of Operation.
Design and Evaluation of an Laser Diode (LD) Analog I System M
Vo Vs Vin at Specified Optical Carrier Power Levels, Po.
Determination of Vin (max) at Specified Po for Distortion-free Vo.
Design and Evaluation of Laser Diode LD Digital Transmission System
Risetime and Falltime Pulse width Distortions and Determination of Propogation Delay.
Transmission of Laser through an Optical Fiber
To measure loss in dB of Step-index Multimode plastic Fiber Patchcord.
To measure loss in dB of Graded-Index, Multimode Glass Fiber Patchcord.
To measure loss in dB of Two Patchcords connected by the in-line Adaptor.
Laser Free Space Communication
Analogue Free Space Communication System.

Comprehensive Fibre Optics Training

The Laser Fibre Optic Trainer delivers thorough hands-on experience for students and researchers in understanding fibre optic communication. Users can conduct experiments such as measuring connector losses, analyzing splices, investigating bend-related losses, and evaluating power coupling efficiency. Its manual controls, robust construction, and complete accessory kit make it indispensable for academic laboratories.

Accurate and Safe Operation

Equipped with a Class 2 laser compliant with IEC 60825-1, the trainer emphasizes user safety without compromising performance. Operating at 1 mW output power and within a humidity range up to 85% RH (non-condensing), it offers reliable measurements in varying laboratory conditions. The combination of analog and digital display ensures precise and clear results every time.

FAQs of Laser Fibre Optic Trainer:

Q: How do you operate the Laser Fibre Optic Trainer for measuring fibre losses?

A: Begin by securely connecting the multimode step index fibre between the laser diode source and the photodiode detector using the provided fibre holders. Power the unit via the 220 V AC mains. Follow the user manual to align the cables and measure insertion or bending losses using the analog/digital display.

Q: What experiments can be conducted with this fibre optic trainer?

A: The trainer allows users to perform a range of experiments including measuring losses across connectors and splices, evaluating the effects of fibre bending, and analyzing power coupling efficiency. These practicals are essential for fully understanding fibre optic communications.

Q: When is the optimal time to utilize the device in a laboratory setting?

A: Operate the trainer in controlled indoor lab environments within the specified temperature range of 10C to 40C and relative humidity up to 85% non-condensing. This ensures the highest accuracy and device longevity.

Q: Where is the manufactured and exported from?

A: The Laser Fibre Optic Trainer is manufactured in India and is exported globally as a reliable solution for educational and research purposes in fibre optics.

Q: What are the core components included with the trainer?

A: The kit includes a laser diode module, multimode fibre optic cable, photodiode detector, measuring ruler, fibre holders, patch cords, and a user manual. These allow for a comprehensive array of optic experiments right out of the box.

Q: What safety measures are in place while using this trainer?

A: The trainer adheres to Laser Class 2 safety standards (IEC 60825-1), limiting the laser output power to 1 mW. Users should still avoid direct exposure to the beam and follow all safety guidelines detailed in the user manual.

Q: How does this trainer benefit laboratory users?

A: This fibre optic trainer fosters a hands-on learning environment, allowing students and researchers to build foundational and advanced skills in fibre optics. Its accuracy, robust construction, and educational focus make it an invaluable addition to any technical laboratory.

Tell us about your requirement