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2 points 32 steel pipe type PLC micro splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
2 points 4 channels LC-UPC micro PLC optical splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
1 minute 32MINI micro PLC splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
1 minute 16 steel tube type micro PLC optical splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
1 minute 16 MINI micro PLC optical splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
1 minute 8 steel tube type micro PLC optical splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
1 minute 8 MINI steel pipe type PIC splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
1 minute 4 MINI micro PLC optical splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
1 minute 2 way SC/APC micro splitter
1 point 16 ABS box type PLC optical splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
2 points 8 ABS box type PLC optical splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
1 minute 4 ABS box type PLC optical splitter
Optical fiber splitter is a device used to split and combine light wave energy. It distributes the light energy transmitted in one optical fiber to two or more optical fibers according to a predetermined ratio, or combines the light energy transmitted in multiple optical fibers into one optical fiber. According to the principle, optical splitters can be divided into two types: fusion taper type and planar waveguide type. The fusion taper type product is formed by fusion splicing two or more optical fibers on the side; the planar waveguide type is a micro-optical component type product. Photolithography technology forms an optical waveguide on a medium or semiconductor substrate to realize the branch distribution function. The two types of optical splitting principles are similar. They achieve different branching quantities by changing the evanescent field coupling between the fibers (coupling degree, coupling length) and changing the fiber radius. Conversely, multiple optical signals can be combined into one signal. It's called a synthesizer.
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SC to SC type optical fiber jumper
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Product description
Parameters
1. Product features
● Low insertion loss
● Good repeatability
● Large return loss
● Good inter-plug performance
● Good temperature stability
● Strong tensile performance
2. Product application
● Optical fiber communication system
● Optical fiber access network
● Optical fiber data transmission
● Optical CATV
● Local Area Network (LAN)
● Test equipment
● Optical fiber sensor
3. Product technical parameters
1. Optical performance
|
parameter |
unit |
FC, SC, LC |
ST, MU |
|||
|
SM |
MM |
SM |
MM |
|||
|
PC/UPC |
APC |
PC |
PC/UPC |
PC |
||
|
Fiber type |
|
G652D、G657A |
50/125、65.2/125 |
G652D、G657A |
50/125、65.2/125 |
|
|
Insertion loss |
dB |
≤ 0.3 |
≤ 0.3 |
≤ 0.3 |
≤ 0.3 |
≤ 0.3 |
|
Return loss |
dB |
≥ 50 |
≥ 60 |
≥ 30 |
≥ 50 |
≥ 30 |
|
Working wavelength |
nm |
1310, 1550 |
1300(OM1)850 |
1310, 1550 |
1300(OM1)850 |
|
|
Interchangeability |
dB |
≤ 0.2 |
≤ 0.2 |
|||
|
vibration |
dB |
≤ 0.2 |
≤ 0.2 |
|||
|
Operating temperature |
|
-40~75 |
-40~75 |
|||
|
Storage temperature |
|
-45~85 |
-45~85 |
|||
2.other request
|
Wire diameter |
mm |
φ 3.0, φ 2.0, φ 0.9 |
φ 3.0, φ 2.0, φ 0.9 |
|
colour |
|
SM |
MM |
|
blue, orange, green, brown, gray, white, red, black, |
orange, water green |
||
|
length |
M |
0.3~200 |
|
|
Sheath material |
|
PVC、LSZH |
|
|
Number of cores |
D |
1、2、4、6、8、12、24 |
|
|
pull |
N |
30、50 |
|
3.3D indicators
|
name |
unit |
APC |
UPC |
||
|
1.25mm |
2.5mm |
1.25mm |
2.5mm |
||
|
Radius of curvature |
mm |
5.0~12.0 |
5.0~12.0 |
7.0~25.0 |
1.0~25.0 |
|
Vertex offset |
um |
0.0~50.0 |
0.0~50.0 |
0.0~50.0 |
0.0~50.0 |
|
Fiber height |
nm |
-100~100 |
-100~100 |
/~50.0 |
/~50.0 |
|
APC ferrule angle |
deg |
8°(±0.5°) |
8°(±0.5°) |
---- |
---- |
|
APC key error |
deg |
-0.5.~0.50 |
-0.5.~0.50 |
---- |
---- |
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Description:
Tel：
Address: Xiaoxuzhuang Industrial Zone, Zhouguantun Town, Qing County, Cangzhou City, Hebei Province
Manager：+86-17331733677（Liu Xinli）
Production manager：+86-18303293456（Li Xing）
Sales Manager：+86-18733003099（Liu Wei）
Email：lwm628@163.com
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