| MODEL-FO1 FIBER OPTIC DESIGN TRAINER |
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Fiber Optic design trainer Model FO1 has been designed for fundamental studies on optical fibers and optical fiber communication. This is included for study, introduce the student to basic concepts of this state-of-art technology in a simple style. |
| MODEL-FO10 TELEPHONE LINK USING FIBER OPTIC CABLE |
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This trainer is a Fiber optic telephone link which will operate in a full duplex mode over a single PMMA patchcord with a SMA connectors. |
| MODEL-FO2 SIMPLEX ANALOGUE TRANSCEIVER TRAINER |
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This trainer is supplied as a fully assembled and tested,
single-sided glass
epoxy printed circuit
board (PCB). |
| MODEL-X11 LASER TRAINER |
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Introduction LAB Laser Trainer offers suggestion for activities, demonstration & experiments that can be performed. |
| MODEL-FO3 FO FULL DUPLEX ANALGUE TRANSCEIVER TRAINER |
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The low-priced Basic Fiber Optics Kit comprising three components, namely an SMA connectorised 660 nm ,FO LED, a matching phototransistor and an SMA-connectorised one-meter optical fiber PMMA fiber patch cord. |
| MODEL- X12 FIBER OPTIC EDUCATIONAL COMMUNICATION KIT |
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Lab Fiber Optic Educational Kit is an introduction to Fiber Optic Communications. No prior experience is required to operate it. |
| MODEL-FO4 FO SIMPLEX CMOS DIGITAL TRANSCEIVER TRAINER |
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This trainer is supplied as a fully assembled and tested, single-sided glass epoxy printed circuit board (PCB). |
| MODEL-X13 VOICE TRANSMITTER/RECEIVER USING FIBRE OPTIC CABLE |
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Lab optical Voice Link trainer is an introduction to the mysteries and science of fiber optics. |
| MODEL-FO5 FULL DUPLEX DIGITAL CMOS TRANSCEIVER TRAINER |
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In this trainer by employing a pair of PMMA Fiber-optic cable in a full duplex mode, FO digital transmission system is realised. |
| MODEL-X14 INDUSTRIAL FIBER OPTIC TRAINER |
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The Industrial Trainer is a wonder instrument with which you can enter a world of Fiber Optics, the very new way of transmitting light and image. |
| MODEL-FO6 FO VIDEO TRANSCEIVER TRAINER |
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This trainer comes with three components, namely, an SMA connectorised 850nm FO LED, a matching PIN photodiode and an SMA-connectorised two-meter optical fiber GI/multimode fiber patchcord, is well described in the instruction manual. |
| MODEL- FO9 TDM-PCM TRANSMISSION TRAINER USING FIBER OPTIC CABLE |
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The LAB TDM-PCM Transmission Trainer using Fiber Optic Cable (Model FO9) is a versatile and completely self contained laboratory instrument with built in regulated power supply. |
| MODEL-FO7 PROFESSIONAL FIBER OPTIC DESIGN TRAINER |
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This trainer is a professional three-component fiber optics kit comprising a high speed 850nm LED, a matching high performance PIN photodiode and a 2 meter 62-51125 micron graded index multimode glass fiber simplex cable, terminated with SMA(905) connecto |
| MODEL-FO8 X'MISSION OF LASER BEAM THROUGH AN OPTICAL |
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The aim of the experiment is to study various types of losses that occur in optical fibers and measure the loss in dB of optical fiber patchcords individually and also connected in tandem using an in-line adapter. |
