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Viavi FIT-FCSW-KIT2
- Fabricante: JDSU - Viavi - Acterna
- Modelo: FIT-FCSW-KIT2
Fit-fcsw-kit1: Kit: sonda FiberChek Sidewinder – Case com WiFi, FCPP-OLA-1, FCPT-UFBPT, FBPP-BAP1, estojo de pontas | Fit-fcsw-kit1-nw: Kit: sonda FiberChek Sidewinder – Case sem WiFi, FCPP-OLA-1, FCPT-UFBPT, FBP...
Harrow, Reino Unido - Vendedor de Confiança

Viavi E4138FMP265-APC
- Fabricante: JDSU - Viavi - Acterna
Connector type: APC | Wavelength: 1310/1490/1650nm | Form factor: Modular | Weight: approx. 500 g (1.1 lbs) | Dimensions (w x h x d): 128 x 134 x 40 mm (5 x 5.28 x 1.58 in) | Laser safety class (21 cfr): Class 1/...
Harrow, Reino Unido - Vendedor de Confiança

Viavi E4136FMP2-APC
- Fabricante: JDSU - Viavi - Acterna
Wavelength: 1310/1550/1625nm | Connector type: APC | Form factor: Modular | Weight: approx. 500 g (1.1 lbs) | Dimensions (w x h x d): 128 x 134 x 40 mm (5 x 5.28 x 1.58 in) | Laser safety class (21 cfr): Class 1/...
Harrow, Reino Unido - Vendedor de Confiança

Viavi E4136MP2-APC
- Fabricante: JDSU - Viavi - Acterna
Wavelength: 1310/1550/1625nm | Connector type: APC | Form factor: Modular | Weight: approx. 500 g (1.1 lbs) | Dimensions (w x h x d): 128 x 134 x 40 mm (5 x 5.28 x 1.58 in) | Laser safety class (21 cfr): Class 1/...
Harrow, Reino Unido - Vendedor de Confiança

Viavi ORL-85 (2311/23)
- Fabricante: JDSU - Viavi - Acterna
- Fonte de alimentação: Battery
Detector type: InGaAs | Power measurement range: –85 to +15 dBm | Max. permitted input level: +15 dBm | Measurement accuracy (4): ±0.5 dB | Overall measurement uncertainty (5): ±0.60 dB ±0.15 nW | Automatic offse...
Harrow, Reino Unido - Vendedor de Confiança

Fujikura 90S+ (S017521)
- Fabricante: Fujikura
Automatic open-close wind protectors: The faster automated features of the 90S+ fusion splicer reduce installation times. With this splicer, an operator can complete the entire splice process from splicing to hea...
Harrow, Reino Unido - Vendedor de Confiança

EXFO FTB-LTC-B-1000-XX-YY
- Fabricante: Exfo
Choice of configurations: Typically, the length of an OTDR’s dead zone is equivalent to that of the optical pulse plus a few meters. The chosen launch test cable should therefore be longer than the pulse dead zon...
Harrow, Reino Unido
