1x32 Fiber Splitter Manufacturers

Description

1×32 Fiber Splitter Features

Low Insertion loss
Low PDL
Compact Design
Good channel-to-channel uniformity
High Reliability and Stability
Conforms to Telcordia GR-1209&GR-1221, ROHS

1×32 Fiber Splitter Specification

Parameters	1×32
Operating Wavelength(nm)	1260～1650
Insertion Loss (dB)（P/S Grade）	16.5/ 16.9
Loss Uniformity(dB)	1.5
Return Loss (dB)（P/S Grade）	55/50
Polarization Dependent Loss(dB)	0.3
Directivity (dB)	55
Wavelength Dependent Loss(dB)	0.5
Temperature Stability(-40～8℃)(dB)	0.5
Operating Temperature(℃)	-40～85
Storage Temperature(℃)	-40～85

Details of 1×32 Fiber Splitter

On one end, there is a single input fiber, which is used to receive the incoming optical signal. On the other end, there are thirty – two output fibers, each of which distributes a portion of the input optical signal to different optical paths. The output fibers usually have green-colored connectors, which are easy to identify and handle.

The 1×32 Fiber Splitter is a crucial optical component. It typically consists of a metallic housing, which is often rectangular in shape. The housing serves to protect the internal splitting structure. Attached to the housing are multiple optical fibers. The optical fibers used in the 1×32 Fiber Splitter are usually made of high-purity silica, which can effectively transmit light signals with minimal loss. The fibers are flexible and covered with a protective jacket to prevent damage during installation and use.

The 1×32 Fiber Splitter is usually well-packaged for protection during transportation and storage. As shown in the images, it may be placed in a transparent plastic tray or box, along with a specification sheet or instruction manual. The packaging ensures that the fibers are not bent or damaged, and the housing remains intact. The specification sheet provides detailed technical parameters of the splitter, such as insertion loss, return loss, and wavelength range, which are important for users to understand the performance of the product and make proper use of it in optical network construction.