技術文件
規格
Brand
Fluke NetworksAccessory Type
Singlemode Launch Cable
Product Type
Fibre Optic Test Equipment Patch Cord
For Use With
OptiFiber Pro
Standards/Approvals
ISO
原產地
United States
產品詳情
This fibre-optic test equipment patch cord is a single-mode launch cable designed for use with OptiFibre Pro test instruments. It functions as an accessory enabling accurate insertion-loss and end-to-end measurements during single-mode fibre testing and links the instrument to the fibre under test. The lead is supplied by Fluke and adheres to recognised international quality benchmarks.
It is specified for direct use with OptiFibre Pro instruments to provide a proper launch interface.
The cable is produced in line with ISO requirements to meet standardised production and assessment criteria.
No, it is configured for single-mode operation and suited to single-mode measurement procedures.
By providing a controlled single-mode launch point it reduces variability introduced at the instrument-to-fibre connection.
暫時無法取得庫存資訊。
4,471.30 MOP
4,471.34 MOP Each (不含稅)
1
4,471.30 MOP
4,471.34 MOP Each (不含稅)
暫時無法取得庫存資訊。
1
技術文件
規格
Brand
Fluke NetworksAccessory Type
Singlemode Launch Cable
Product Type
Fibre Optic Test Equipment Patch Cord
For Use With
OptiFiber Pro
Standards/Approvals
ISO
原產地
United States
產品詳情
This fibre-optic test equipment patch cord is a single-mode launch cable designed for use with OptiFibre Pro test instruments. It functions as an accessory enabling accurate insertion-loss and end-to-end measurements during single-mode fibre testing and links the instrument to the fibre under test. The lead is supplied by Fluke and adheres to recognised international quality benchmarks.
It is specified for direct use with OptiFibre Pro instruments to provide a proper launch interface.
The cable is produced in line with ISO requirements to meet standardised production and assessment criteria.
No, it is configured for single-mode operation and suited to single-mode measurement procedures.
By providing a controlled single-mode launch point it reduces variability introduced at the instrument-to-fibre connection.