Passive Optical Network Splitter 1x9 60 40 From Yingda

Description

Passive Optical Network Splitter 1×9 60%/40% Specification

Split ratio (%)		60/40
Operating wavelength (nm)		1260-1650
Fiber type		G657A or customized
IL max(dB)	channel 1	2.7
	channel 2-9	15.1
IL uni(dB)	Channel 2-9	1.8
Return loss (dB)		≥55
Directivity (dB)		≥55
PDL (max.)		0.3
Uniformity (max.)		0.8
Wavelength dependent loss (dB)		≤0.3
TDL (max.)		0.5
Operating temperature		-40 ~+85
Storage temperature		-40 ~+85
Dimension (mm) / LXWXH	Bare fiber steel tube	60x7x4
	900um steel tube	60x7x4
	ABS box	120x80x18

Passive Optical Network Splitter 1×9 60%/40% Details

There is a circular optical fiber loop and a bundle of optical fibers with blue and white stripes, along with a component that appears to be part of the splitter structure. These elements are essential for the splitting and transmission of optical signals.

A closer view of a part of the splitter is presented. The visible component has markings on it, which contain product specifications or identification information. This helps in identifying and ensuring the correct configuration of the splitter for optical network applications.

The splitter is packaged in a transparent plastic case, which helps protect it and allows for easy identification of the product. Inside the package, there is a spectfication with detailed information, including technical parameters, model number, and other relevant data about the Unbalanced Passive Optical Network Splitter 1×9 60%/40%, ensuring proper storage and easy access to product details.

Passive optical splitters like this one are key components in optical communication networks, used to split an incoming optical signal into multiple outgoing signals with specified power distributions. The 60%/40% splitting ratio means that when an optical signal enters the input port, approximately 60% of the optical power goes to one output port, and around 40% goes to another, enabling flexible distribution of optical signals in passive optical network (PON) architectures. The multiple fibers indicate that it can split one input into nine outputs, each with the appropriate power allocation as per the 60%/40% ratio for different output paths.