Fiber Optic Trainer Kit Dealers

The RAC Exports Optical Fibre Training Kit (OFT) - is a powerful, versatile and cost-effective experimenter kit ideal for training purposes at all levels and was developed in a joint effort by IIT-Madras and Benchmark Electronic Systems. The first trainer kit was built in 1988. Over the years, as per feedback from faculty all over the country, new versions were developed and built. Currently, the OFT is in its fourth version. The OFT training kit comprehensively covers all aspects of fibre optic communication and works at 650nm and 850nm wavelengths. Recognized by IEEMA as a "best product" in 1997, this self-contained kit has all the accessories required to conduct experiments and, consequently, ensures that the laboratory is fully operational from day one. Powerful, versatile, cost-effective...The RAC Exports OFT experimenter kit comprehensively covers all aspects of fiber optic communication and facilitates demonstration, training and experimentation in basic and advanced concepts that include:   Principles of Fiber Optics Basics of Digital Base Band communications Experimentation and development in fibre optic digital communicationMoreover, all accessories required to conduct basic experiments and to interface to external circuitry are provided with the kit including a 650nm power source. (The optional 850nm power source can be ordered separately). The entire circuit is enclosed in a high strength molded plastic box, protecting the components from students� mishandling. The kit has a comprehensive manual covering theory concepts, experiment details, circuit/block diagrams and commercial applications of the demonstrated concepts ensuring minimal intervention from laboratory personnel.In short, this comprehensive trainer not only enables students to start learning but achieves this with minimal training of lab personnel. What do the students learn?The trainer kit enables the student to work on fully operational, integrated voice/data fibre-optic communication links (digital and analog). Students work with and become comfortable in using optical fibres through a series of carefully designed experiments and exercises detailing the characteristics of optical fibres. The set of experiments takes the students through digital communication technologies and principles used in setting up commercial communication systems. And comprehensively covers one semester course on Fibre Optic Communication as per most university syllabi. The training modules are divided into experiments and applications:The basic experiments cover Fibre Optic Links, characteristics of fibre optic links, losses in fibre links, setting up digital communication links and the limitations of fibre links like pulse broadening in multimode fibres. In the advanced set of experiments & applications the student is guided to design solutions using the concepts demonstrated in the basic experiments. These modules guide them to design and interface their own communication circuits & systems through the trainer kit. The availability of expansion slots and the modular circuit design enables advanced project work by students.

• Country of Origin: India
• Voltage: 220V
• Condition: New
• Power Type: DC
• Warranty: 1Year
• Color: Green
• Fiber Optic Trainer Kit: 17500

Fiber Optic Trainer Kit Analog signals Digital Signals To study the RS232 Numerical Aperture

We offer fiber optics trainer kit for numerical aperture and fiber loss measurement. The trainer kit for fiber optics is designed for accurate experimentation. All the in-built parts of the fiber optics trainer kits are of high quality and add to the performance and life of the equipment. built-in parts ic regulated d.c. Power supply.fiber-optic analogue transmitter @ 660nmfiber-optic analogue transmitter @ 850nmfiber-optic receiver.one-meter pmma fiber patch cord.five-meter pmma fiber patch cord.in-line sma adaptor.two potentiometer to vary forward current of led in transmitter & current of phototransistor in receiver.spdt switch for selecting wavelengths 660nm and 850nm.na jig with scale marked on it to measure length.mandrel.na measuring scale to measure width of fiber optic’s led.adequate no of other electronic components.mains on/off switch, fuse and jewel light. technical specifications the unit is operative on 230v ±10% at 50hz a.c. Mains.adequate no. Of patch cords stackable 4mm spring loaded plug length ½ meter.good quality, reliable terminal/sockets are provided at appropriate places on panel for connections / observation of waveforms.strongly supported by detailed operating instructions, giving details of object, theory, design procedures, report suggestions and book references.

• Type: Fiber Optic Trainer Kit
• Color: Black
• Feature: Durable, High Performance, Stable Performance
• Voltage: 230 V
• Condition: New
• Frequency: 50Hz
• Driven Type: Electric

Optical communication has many advantages over the traditional electrical counterparts. It is insensitive to electromagnetic interference, it offers ground and voltage isolation between the transmitter and the receiver, it provides security from tapping and there will be no sparking at the connecting ends. This 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.

Features: Provided with 1Hz. To 10 KHz sine wave generator with amplitude adjustable & Square Wave(TTL) generator. One Laser Fiber Optics LED having peak wavelength of emission 660nm Transmitter, One Fiber Optic photo detector Receiver On board Analog & Digital Drivers, AC Amplifiers, Comparator. On board 4th order Butterworth 3.4 KHz cut-off frequency. On board Serial PC to PC link using 9 Pin D-type connector.

Product Category : Fiber Optics Communication Lab Trainer  (Series : 200-E)Product Name : Advance Fiber Optics Trainer Model No. : SE-221Product Details : The trainer is intended to study the transmission and reception of analog, digital signals and various modulated signals. This has Optical Analog & Digital Transmitter coupled to respective Analog and Digital Receiver through Fiber optics cable to link the analog & digital electrical signals from Transmitter to receiver section in the form of light signals. The optical Transmitter section is wired using Op-Amp IC741, RC Components, Transistor Driver and FOC LED transmitter to provide the optical output for the applied AF input. The optical Receiver section is wired using FOC Photo Diode Receiver, Op-Amps and RC components to provide the output for the received optical input signal. Plastic Fiber optics Transceiver pair. FOC Transmitter LED 650nm wavelength. FOC Receiver Photo Diode 650nm. Plastic Connector Housing with 2.2mm aperture holds standard 1000 micron Plastic Fiber. Fast switching time. No cross talk. No fiber stripping required. Forward current greater than 2mA. Molded Microlens for efficient coupling. Fiber optics cable. Sine wave AF signal generators (2Nos), Square wave generator (1 Nos)  with variable frequency upto 100KHz and 10 Vpp amplitude. Digital 8 Bit serial Data generator. Clock input signal. Built-in fixed DC ±12V/+5V/1A Power supply &test points. On Board AM,FM,PAM,PWM,PPM,ASK,FSK & PSK Modulation modulator ready to interface through optical link and respective demodulator at receiver end to recover the transmitted signal. Facility to control the AF analog Input, Digital 8 Bit Input, Clock signal, carrier signal, modulation index and Audio Input. Objectives : To study the concept of fiber optics communication To study the transmission and reception of Analog signal using fiber optics. To observe the change in received data w.r.t. transmitted data. To study the transmission and reception of Digital signal using fiber optics. To observe the change in received data w.r.t. transmitted digital data. To study the operation of fiber optics LED transmitter. To study the operation of fiber optics Photodiode receiver. To observe the change in the O/P w.r.t. Bending of cable. To study the transmission and reception of AM/FM signal using fiber optics. To observe the change in received Demodulated signal w.r.t. transmitted AM/FM Signal. To study of Amplitude Demodulation using Diode Detector. To observe & note the change in Demodulated O/P w.r.t. change in modulating I/P. To study of Frequency Demodulation using Foster seeley Detector. To observe & note the change in Demodulated O/P w.r.t. change in modulating I/P. To study the transmission and reception of PAM/PWM/PPM signal using fiber optics. To observe change in received Demodulated signal w.r.t. transmitted PAM/PWM/PPM I/P. To study of PAM/PWM/PPM Demodulation. To observe & note the change in Demodulated O/P w.r.t. change in modulating I/P. To study the transmission and reception of ASK/FSK/PSK signal using fiber optics.To observe change in received Demodulated signal w.r.t. transmitted ASK/FSK/PSK I/P. To study of ASK/FSK/PSK Demodulation. To observe & note the change in Demodulated O/P w.r.t. change in modulating I/P. Accessories Included :  Set of Patch Cords, Fiber optics cable, Operating Manual  

Fiber optic communication is one of the most popular technologies in the modern days due to its high transfer capacity and quality, as well as speed and security. This Fiber Optic Trainer Kits use fiber optic as a trans-mission media for the whole experiment.   Models Available : Fiber optics Trainer Kit. Fiber Optics Analog Link Trainer kit Fiber Optics Digital Link Trainer Kit

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