Fiber Optic Communication Trainer Dealers

Objective:  To construct a Optical Transmitter and Transmission of Signal through Fiber Optics Cable. To construct a Optical Receiver  &  study the Attenuation of Signal when transmitted from Transmitter to Receiver end. Analog & Digital Link can also be studied as this unit is complete with Sine & Square Waves. Bending Losses can also be studied. Features:   Instrument comprises of  Microphone Preamplifier  stages consists of  MIC (Microphone) ,   Preamplifier & Amplifier ( Voice is converted to electrical signal & then amplified )  &  fed  to LED ( Transmitter)  & then through fibre cable , signal is sent to Photodetector ( Transistor ) & again amplifier & output is sent to Speaker Unit. Power Supply of + 6 VDC)  is used in Amplifier ckt.   2 No. Fibre Optics cables are provided ( one of them is 50 cm long & the other is 100 cm long.). Connectors at both end of fibre cable are provided for insertion in sockets provided on the front panel. Bending Losses can also be studies in long wire.   Standard Accessory :   MIC with 2 meter long lead and a Speaker 4", 4 ohm. is mounted in  a  vertical  box  with 1 meter long  connecting leads.                                       2 No. Fiber  optic  cable having  length of  50 cm  & 100 cm.  are provided. Optional Accessory :   Digital multimeter (3.1/2 Digit, Big Size Display )

• Integrated standalone fiber optic lab solution: Self-contained open platform based training solution offeringover 40 experiments in latest cutting edge technologies such as Dispersion, EDFA, WDM, OTDR, BER, Eye Pattern, OADM and many more
• Value for money: Competitively priced to accommodate academic budgets.
• Industry-oriented hands-on learning experience: The only bench-top fiber optic solution to use original telecom grade silica fiber and components
• Light Runner Proprietary Software: User friendly software for real time optical control and monitoring, allowing extremely precise experimental observations.
• Comprehensive online literature support: Light Runner software provides theoretical concepts associated with each experiment for student’s ready reference while conducting the experiments
• Ideal laboratory solution for conducting examinations and practical.: Allows provision to store and review the experiment results of individual students, making it a meritorious solution to execute examinations in optical labs
• No additional peripheral equipment required: Consists CRO, pulse generator, power meter, inbuilt DSO, inbuilt EDFA, fiber spools and many more accessories
• Comes with all experimental hardware and setup manual: Allows immediate installation in the laboratory. Straightforward to reconfigure for open ended projects and problem based learning laboratories
• Designed in conjunction with Indian Institute of Technology (IIT Delhi and IIT Chennai): Ensures that all desired educational objectives are realized and that students investigate all real industry issues
• Experiments from fundamental to advance levels: Suitable for all undergraduate and master level photonics courses in Physics, Engineering, Research and Polytechnic
• Recognized and awarded worldwide for its contribution in optical technology: Positively endorsed by academic and industrial conglomerates including Lockheed Martin Corporation (USA), University of Texas (USA) and Braunschweig University of Technology (Germany)
• Highly international clientele: Several leading academic institutions world-wide are now enjoying fiber optic lab solution Light Runner and reverting with continued repeat business
• Full product support is available: We are just a call away to assist you with all your queries and issues. Contact us via phone, email or fax.

his trainer uses LEDs in visible range (660 nM) as transmitter, fast PIN-Photodiodes as receiver. A Plastic Optic Fiber (POF) is used as the channel connecting light signal from the transmitter to the receiver. Each of the transmitter and receiver are placed in a PCB mountable plastic housing. A 2.2 mm aperture is provided to hold standard 1000 micron POF. No fiber stripping is required. Microlens is a part of the housing.Sine and triangular signal source with variable frequency and amplitude.A switch to select sine or triangular signal and connect to the transmitting circuit.A variable POT at the transmitter offers the intensity adjustment.A switch is provided to select the Optical receiver to be connected either to the power measurement circuit or to the signal receive and regeneration circuit.Built in 3 12 digit display for measuring optical power in DB.

Analog signals: 250 Hz; 500 Hz;1 KHz sinusoidal signals All amplitude variable from 0 to 5V > Digital signals: 64 KHz, 32 KHz, 16 KHz & 8 KHz signals DC: Adjustable over 0 to 5 Volts Simplex Fiber Optic cable Attenuation at 660 nm: Typically 0.3 dB per meter Transmitter: Fiber optic LED Wavelength: 660 nm Optical power: 30 to 40 microwatts at lf=10ma Receiver: FO- Phototransistor

• Model Number: ACT-12
• Port: MUMBAI
• Lead Time: within 3 days
• Place of Origin: Maharashtra, India

• Power Supply: 230v 2±10%, 50Hz
• Function Generator: 1KHz variable amplitude sine wave 1KHz
• TL square wave Voice Line: Fiber optic voice link using microphone & speaker (built-in).
• PC to PC communication: Using 2 channel through RS-232 serial port
• Port: 19200 baud.
• Type of cable: Step indexed multimode PMMA Plastic cable
• Core Refractive index: 1.492
• Clad Refractive index: 1.406
• NA: Better than 0.5 Accept
• Length: 1m, 0.5m

• Brand Name: TAGLab

We are offering fiber optic trainer. 660nm & 950nm transmitter two nos. Of photo detector on - board sine & square wave generator on - board fm modulation & demodulation on - board pwm modulation & demodulation on - board ppm modulation & demodulation on - board 4th order low pass filter on - board fault switch fiber optic analog & digital link intensity mod. Using analog & digital input signal propagation loss, bending loss in optical fiber measurement of numerical aperture characteristics of f - o converter using opm measurement of power & propagation loss using opm e - o converter using power meter setting up of fiber voice link using intensity mode study of fm, pwm & pwm modulation & demodulation study of pc to pc communication using fo digital link.

Two Siemens fiber optics LED, Peak wavelength of emission 660nm red visible , Peak wavelength of emission 950nm (SFH450V), Two fiber optic photo detector,

Fiber optic communication trainer optiGrating uses the Coupled Mode Theory to model the light and enable analysis and synthesis of gratings.A complex Grating is approximated by a sequence of uniform segments, and analyzed by connecting the segments with the well-known Transfer Matrix Method. This gives the designer the information needed to test and optimize grating designs. india

Light runner is one of the top fiber optic lab solution.light runneris an integrated modular system offering over 40 experiments in optics, optoelectronics, and optical communications, including dispersion, attenuation, edfa, 4-channel wdm, otdr, fbg, ber, eye pattern and oadm.backed with indigenous proprietary software for optical monitoring and control, light runner comprises of a robust hardware constituting industry grade silica fibers and components, in-built dso (with the provision to store readings) and in-built edfa (user configurable). Fiber optic kit-light runner operations are fully computerized with an interactive software that provides exhaustive information on how-to-do and what-to-expect from each optical experiment. Light runner software not only provides theoretical concepts associated with each optical experiment, but also allows saving results of individual students for later references by the tutor.

Fiber Optic Communication Trainer, fiber optic communication antenna

Fiber Optics Trainer

Fiber Optic Communication Trainer, Mobile Trainer Kit, Mobile Tester