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ST Bulkhead Female-Female Attenuator 1310nm 10dB SKU: F18122S10C Unit of Measurement : EA$10.95 Qty Buy as low as $9.86 -
ST Bulkhead Female-Female Attenuator 1310nm 15dB SKU: F18123S15C Unit of Measurement : EA$10.95 Qty Buy as low as $9.86 -
ST Bulkhead Female-Female Attenuator 1310nm 20dB SKU: F18124S20C Unit of Measurement : EA$10.95 Qty Buy as low as $9.86 -
FIS ST Attenuator Female to Female Singlemode 1310/1550 Bulkhead 5dB SKU: F18125SF Unit of Measurement : EA$10.95 -
![FIS ST Attenuator Female to Female Singlemode 1310/1550 Bulkhead 15dB]()
FIS ST Attenuator Female to Female Singlemode 1310/1550 Bulkhead 15dB SKU: F18127SF Unit of Measurement : EA$10.95 -
![FIS 20dB FC Bulkhead Attenuator for 1550nm]()
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![FIS 15dB ST Bulkhead Attenuator for 1310nm]()
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![FIS 5dB SC Bulkhead Attenuator for 1310nm]()
FIS 5dB SC Bulkhead Attenuator for 1310nm SKU: F18321S Unit of Measurement : EA$10.95 Qty Buy as low as $9.86 -
![FIS 15dB SC Bulkhead Attenuator for 1310nm]()
FIS 15dB SC Bulkhead Attenuator for 1310nm SKU: F18323S Unit of Measurement : EA$10.95 Qty Buy as low as $9.86 -
![FIS 20dB SC Bulkhead Attenuator for 1310nm]()
FIS 20dB SC Bulkhead Attenuator for 1310nm SKU: F18324S Unit of Measurement : EA$10.95 Qty Buy as low as $9.86 -
![FIS 5dB SC Bulkhead Attenuator for 1550nm]()
FIS 5dB SC Bulkhead Attenuator for 1550nm SKU: F18325S Unit of Measurement : EA$10.95 Qty Buy as low as $9.86 -
![FIS 10dB SC Bulkhead Attenuator for 1550nm]()
FIS 10dB SC Bulkhead Attenuator for 1550nm SKU: F18326S Unit of Measurement : EA$10.95 Qty Buy as low as $9.86
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.
