(Concaved Endface) High Power SMA905 Fiber Connector Patchcord

• Transmission Medium: Customization
• Structure: SMA
• Number of Cores: Customization
• Ferrule Endface: Customization
• Shape: Customization
• Application: Fiber Distribution Frame
• Model NO.: SMA905 Fiber Connector Patchcord
• Connector Type: Customization
• Brand: 3V-Tech
• Quality Control: 100% Testing Before
• Fiber Length(M): 123X-User Defined
• Transmission Wavelength: X-User Defined
• Transmission Power: X-User Defined
• Transport Package: Standard Packaging
• Trademark: 3V-Tech
• Origin: China
• HS Code: 3225961661
• Production Capacity: 500000PCS/Year

Product Description

Product Description

Description

HP-SMA905 connectors with Free-Standing Fiber Tip (air gap), terminal polished energy fibers in metal ferrule can hold an average laser power up to 100W,can be used for a pigtail of laser diode/laser diode module.

 

Features:

well point performance;

Epoxy free holding fiber tip;

Stainless steel momocoil protection;

VIS-IR and UV-VIS multimode fibers Optional

 

Applications:

Diode lasers;

Laser Medical;

Laser illumination;

Spectrum measuement;
Dimension:

Ordering P/N:

1,3V-HPSMA905-A-B-C-D-E-F 
2,3V-HPSMA905-A-HPSMA905-B-C-D-E-F

A)Fiber length(m):123x-User defined

B)Fiber specification:

SI 40/125-22/220
SI 100/140-22-250
SI 105/125-22/250
SI 200/220-22/500
SI 300/330-22/500
SI 400/440-22/730
SI 800/840-22/1100
X-See optical specifications

C) Fiber sheath

6:6.0mmStainless steel armor

8: 8.0mmStainless steel sheath

X-User defined

D:)Cap specification

M:Metal dust cap
P:Plastic cap

E)Transmission wavelength:X-User defined

F)Transmission power:X-User defined

 

Company Profile

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.