-
Anritsu Cable & Antenna Analyzer Site Master 2MHz to 6 GHz 9kHz to 6GHz Spectrum Analyzer SKU: S362E Unit of Measurement : EA$22,305.00 -
Anritsu Wheeled Hard-Side Protective Case for Anritsu PIM Master SKU: 760259R Unit of Measurement : EA$1,140.00 -
Anritsu Fiber Launch Kit, Singlemode, 100 meters, with Armored Leads, SC/APC SC/APC, Includes SC/APC Adapter SKU: FMTL5 Unit of Measurement : EA$120.00 -
Anritsu Antenna, 2400 to 2500MHz/5000 to 6000 MHz, SMA Male, 50 OHM, for Anritsu Wireless Equipment SKU: 20001361 Unit of Measurement : EA$19.50 -
![Anritsu Fiber Launch Kit, Singlemode, 100 meters, with Armored Leads, SC/APC LC/UPC, Includes LC/UPC Adapter]()
Anritsu Fiber Launch Kit, Singlemode, 100 meters, with Armored Leads, SC/APC LC/UPC, Includes LC/UPC Adapter SKU: FMTL4 Unit of Measurement : EA$120.00 -
![Anritsu Portable Antenna]()
Anritsu Portable Antenna, 2.4 to 2.5 GHz, SMA Male, 50 OHM, for Anritsu Wireless Test Equipment SKU: 20001032 Unit of Measurement : EA$45.00 -
![Anritsu OTDR Quad Kit Singlemode 1310/1550nm MT9085A 39/37dB]()
Anritsu OTDR Quad Kit Singlemode 1310/1550nm MT9085A 39/37dB SKU: MT9085A053SMDLX Unit of Measurement : EA$13,494.00 -
![Anritsu OTDR Kit Singlemode 1310/1550nm MT9085B 42/41dB Deluxe Kit]()
Anritsu OTDR Kit Singlemode 1310/1550nm MT9085B 42/41dB Deluxe Kit SKU: MT9085B053SMDLX Unit of Measurement : EA$15,037.00 -
![Anritsu OTDR]()
-
![Anritsu OTDR Kit, Singlemode, Tri-Wave MT9090, Handheld]()
Anritsu OTDR Kit, Singlemode, Tri-Wave MT9090, Handheld SKU: F1T9090 Unit of Measurement : EA$3,995.00 -
![Anritsu OTDR]()
Anritsu OTDR, 1310/1550nm, MT9090A Mainframe, VFL SC/UPC SKU: Z1489A Unit of Measurement : EA$9,518.00 -
![Anritsu Handheld SM 1310/1550/1650nm OTDR Kit]()
Splicing
Fusion Splicing is a preferred way to join two fibers together by using heat. Whether the fiber was broken or not long enough, a fusion splicer will make your job easier. Splicing fiber optic cable is fairly simple procedure. Prepared fiber ends are placed in the splicer and automatically aligned and then fused together. This method ensures greater reliability with less light being scattered or reflected back by the splice. The splice itself if done correctly should be as strong as the original optical fiber.
