GE TEYL3080B

Product Introduction
The GE TEYL3080B is a highly reliable, portable fiber optic light source optimized for field testing and network certification. It serves as a critical tool for telecommunications technicians and network engineers to verify link integrity and measure optical attenuation.

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Description

GE TEYL3080B

Technical Specifications

  • Product Type: Portable Fiber Optic Light Source
  • Wavelengths: Dual-wavelength operation at 850nm/1300nm (Multi-Mode) or 1310nm/1550nm (Single-Mode).
  • Connector Interface: Universal SC/PC or LC/PC adapter options.
  • Modulation: Continuous Wave (CW) and multiple pulse modulation frequencies (1kHz, 2kHz, 270Hz).
  • Output Power: High-stability output typically > -7dBm.

Functional Features

  • Auto-Power Management: Smart power-saving mode automatically shuts down the device after a period of inactivity.
  • Battery Status Indicator: Clear visual alerts for low battery conditions to prevent test interruptions.
  • High Stability: Advanced internal circuitry ensures minimal power drift over time and temperature variations.
  • Ergonomic Design: Lightweight, pocket-sized form factor for easy one-handed operation.

Application Scenarios
Ideal for LAN/WAN installation, FTTH (Fiber to the Home) deployment, data center cabling verification, and enterprise network maintenance.

Performance Parameters

  • Laser Type: High-quality Fabry-Pérot Laser Diode (FP-LD).
  • Operating Temperature: -10°C to +60°C; Storage Temperature: -25°C to +70°C.
  • Battery Life: Extended operation time using standard AA or AAA batteries.

Material Composition
Housed in a durable, impact-resistant ABS plastic enclosure with precision-machined optical alignment sleeves.

Structural Characteristics
Compact rectangular profile with a protective rubberized bumper, front-facing optical port, and top-mounted LCD display and control buttons.

Working Principle
Converts electrical energy from the battery into highly coherent light via the laser diode. The optical output is conditioned and stabilized before being emitted through the connector, providing a constant reference signal for optical power measurement.

Installation Requirements
Ensure the optical port and the mating fiber connector are thoroughly cleaned with approved fiber cleaning tools before connection to prevent signal loss and equipment damage.

Usage Precautions
Strictly adhere to laser safety Class 3R guidelines. Do not use the device in explosive or highly flammable environments. Always replace the dust cap immediately after use.