TORAY POF Optical Fiber PGS-LG265-4E10 PGS-LG265-32E28
TORAY POF Optical Fiber PGS-LG265-4E10 PGS-LG265-32E28
TORAY PGS-LG265-4E10 POF Optical Fiber, 4-core plastic optical fiber cable for short-distance data transmission
Industrial TORAY PG Series POF optical fiber cable, model PGS-LG265-32E28, for factory automation.
TORAY POF cable spool, showcasing robust construction of the PGS-LG265-4E10 model for data transmission.

TORAY POF Optical Fiber PGS-LG265-4E10 PGS-LG265-32E28

Toray optical fiber cable is a cable used for optical signal transmission, with plastic optical fiber as the core transmission medium and a protective sheath wrapped around the outside. Its optical fiber core is usually made of high-purity polymethyl methacrylate and other plastic materials, and the cladding is made of fluorinated polymers and other materials.


model:

PGS-LG265-4 E10; PGS-LG265-8 E13; PGS-LG265-16E22; PGS-LG265-32E28; PGS-LG265-48E30; PGS-LG265-64E33; PGS-LG500-12E30; PGS-LG500-16E33; PGS-LG500-32E42

Specification
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PMMA Optical Fiber Series Applications

PG Series

PG series is suitable for lighting and sensing.

PF Series

PF series is suitable for industrial data communication transmission.

PJ Series

PJ series is suitable for industrial automobiles and photoelectric sensors.

PFD Series

PFD series is suitable for automobiles. It is widely used in sensor signal transmission, industrial control signal transmission, audio signal transmission, dedicated LAN or access networks, automotive multimedia signal transmission, control signals, and military equipment.

Features

Strong Anti-Interference Ability

No electromagnetic radiation and not affected by electrical noise. It can transmit signals stably in strong electromagnetic environments such as power plants, substations, and other high magnetic-field locations.

Excellent Performance

It features high bandwidth, high speed, and high performance, meeting various high-speed data transmission requirements such as HD video transmission and high-speed network communication.

Good Flexibility

Lightweight with excellent toughness, strong vibration resistance, and crack resistance. It can withstand repeated bending, stretching, and compression, making it suitable for complex environments and moving equipment.

High Light Transmittance

Provides stable signal transmission, ensuring the strength and quality of optical signals while reducing signal attenuation.

Good Optical Coupling

Strong light-guiding capability allows optical signals to maintain their intensity and stability during transmission, ensuring efficient optical signal delivery.

Functions and Applications

Automotive Electronics

Connects TVs, DVD players, audio systems, and other in-vehicle devices to achieve high-speed data transmission and signal control among automotive electronic systems.

Medical Equipment

Used in medical endoscopes, laser treatment equipment, and other medical devices to transmit HD images, video signals, and optical signals for diagnostics and treatment.

Decorative Lighting

Used in indoor and outdoor decorative lighting to create unique lighting atmospheres through optical light transmission.

PMMA optical fiber application diagram