OTDR Training System

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Wavelength660nm (typ.)
Max current55mA
Max Output power3mW
Threshold current30mA (typ.)
SourceLaser Diode
Supply TypeManufacturer, Exporter, Supplier, Retailer
Preferred Buyer Location All over the world

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Company Information

Benchmark Electronic Systems (P) Ltd.,

Kotturpuram, Chennai, Tamil Nadu

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Member Since 8 Years
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Wavelength660nm (typ.)
SourceLaser Diode
Max Output power3mW
Max current55mA
Threshold current30mA (typ.)

The Experimental OTDR setup consists of individual modules in a vision to provide for the users to gain knowledge on the building blocks of Experimental OTDR and also enhances them to conduct various other experiments separately.

The OTDR set up trains the user on OTDR operation, at fraction of a commercial OTDR cost. The user configures the OTDR and works with several fibre events provided. The manual explains the concepts, the functionality of different blocks, different experiments and the commercial applications. Modular fibre events with connector and adaptor at various distances are part of the lab to work with experimental OTDR. Other events can be added on request to capture the fibre bending effect, splice loss etc.

Specifications

FOSM - U600 - Laser Diode Unit

Source : Laser Diode
Wavelength : 660nm (typ.)
Max Output power : 3mW
Max current : 55mA
Threshold current : 30mA (typ.)

Collimating lens

Suitable for wavelength from 650 to 850nm
Adjustable spot size

FOTX – 610 - LD Modulator

TTL Input Data Rate :
- 400Kbps to 34Mbps NRZ
- 200Kbps to 17Mbps RZ
Power Supply :+ 5V DC
Interface Connectors :
- TTL I/P - BNC
- LD Unit - 5x2 Header
- Power supply - 5 pin DIN - DIN

FODM– 200 - APD module

Photo detector :Silicon APD
Responsivity at 850 nm (At M=1) :0.45 A/W
Optical Interface :ST type
Possible modes of Operation :Reverse Bias, Zero Bias & Leakage Characteristics
Max Reverse Current :100A
Multiplication Rate :100(typ)
Bias Control :Potentiometer
Power Supply :+ 130 V DC
Interface Connectors :optical I/P - ST Power supply - 4 pin DIN - DIN