LCP-FCP-SD9 - LC/UPC to FC/UPC, single-mode 9/125 duplex fiber optic patch cord cable

<< Previous in Fiber Patch Cord Cables

Next in Fiber Patch Cord Cables >>

Price: From $17.30 to $26.30

Manufacturer: CTCUnion

Manufacturer Part No: LCP-FCP-SD9

Product Options

Length:

Quantity:

Email this page to a friend

View Larger Image

Product description

Singlemode 9/125 um core, duplex, zipcord style, LC/UPC to FC/UPC fiber optic patchcord. UPC stands for Ultra Physical Contact and represents one of the best ways of polishing for fiber ferrules, assuring a return attenuation greater than 50dB for singlemode connections.

Technical specifications:
- typical insertion loss: 0.2 dB
- return loss > 53 dB
- fiber jacket 3.0mm, yellow color, zipcord style
- operating temperature: -40 to +75 Celsius degrees
- each cable assembly is manually tested and verified
- each cable assembly is individually sealed and labeled
- label mentions measured loss on patch cord

Product Reviews

(0 Ratings, 0 Reviews)

Related Products

FIB1-1000ES-SM10 Gigabit Ethernet RJ45 to 1000Base-LX fiber media converter

MSRP: $179.00

Price: $148.00

Quantity:

FIB1-1000ES-SM10 is a single-mode (1310nm)1000Base-LX Gigabit Ethernet media converter, with auto-negotiating 10/100/1000Base-TX, MDI/MDI-X RJ45 copper port and dual LC optical connector. Converter supports SNMP management.

LCP-LCP-SD9 - LC/UPC to LC/UPC, single-mode 9/125 duplex fiber optic patch cord cable

Price: From $20.90 to $29.90

Singlemode 9/125 um core, duplex, zipcord style, LC/UPC to LC/UPC fiber optic patchcord. UPC stands for Ultra Physical Contact and represents one of the best ways of polishing for fiber ferrules, assuring a return attenuation greater than 50dB.

FCP-FCP-SD9 - FC/UPC to FC/UPC, single-mode 9/125 duplex fiber optic patch cord cable

Price: From $13.00 to $22.00

Singlemode 9/125 um core, duplex, zipcord style, FC/UPC to FC/UPC fiber optic patchcord. UPC stands for Ultra Physical Contact and represents one of the best ways of polishing for fiber ferrules, assuring a return attenuation greater than 50dB.