Sc Type Optical Fiber Adapter Flange Customized

• Transmission Medium: Customization
• Structure: Customization
• Number of Cores: Customization
• Ferrule Endface: Customization
• Shape: Customization
• Application: Fiber Distribution Frame
• Model NO.: Optical Fiber Adapter
• Connector Type: Customization
• Brand: 3V-Tech
• Transport Package: Carton
• Trademark: 3V-Tech
• Origin: China
• HS Code: 3225961661
• Production Capacity: 500000PCS/Year

Product Description

Product Description

Description

The fiber optic adapter, commonly known as the flange, is the fiber optic connector's centering connection. The SC-type fiber optic adapter is used for the docking of two SC-type connectors

1. This is a fiber optic connector developed by NTT Corporation of Japan. The outer casing is rectangular, and the pin and coupling sleeve are identical in size to the FC type. The end face of the pin is mostly made of PC or APC type; the fastening method is plug-and-pin type, which does not need to be rotated. Such connectors are inexpensive, easy to insert and remove, have small fluctuations in insertion loss, high compressive strength, and high installation density.

2. Product application

1) Telecom network, access network
2) CATV optical equipment
3) device terminal, multimedia interface
4) Test, medical device data interface
5) Other industrial  applications

3. Product Features
1) Comply with Bellcore, YD/T826-1996, YD/T 895-1997, YD/T 987-1998 and other standards;
2) low insertion loss, high precision of connector alignment
3) High precision mechanical size, imported ceramic sleeve
4) Repeatability, good interchangeability, and good environmental stability

3V TECHNOLOGY provides various types of bundled glass fiber products to realize light conduction and light shaping, light homogenizing, light collecting, light beam splitting, etc., make your optical system more efficient,more personalized with our customization support. It can also be assembled with collimating lens and coupling lens to collimate, converge and,beam expansion, etc., to optimize the performance of the optical system.