74
MUSCFC
Harsh
Environment
AttenuatorsTerminators
■Ordering Information
HSC - AT 11 K - A ** **
1 2 4 5 63
Series name : HSC
Attenuator
Specification series
Polishing code K : AdPC (≥40dB)
Optical fiber type A : Single Mode
Attenuation : 00,01,02,03,04,05,06,07,08,09,
10,11,12,13,14,15,16,20,25,30
1
2
3 6
4
5
Part Material
Body Zinc alloy
Ferrule Zirconia
Split sleeve Zirconia
■Product Specifications
Ratings Operating temperature range
Max. Input Power
-40°C to +75°C
250mW
Storage temperature range
Fiber type
-40°C to +85°C
SM
■Materials
●High Power SC-Type Fixed Attenuator (Max. input power: 250mW)
Optical
Characteristis
Item Test Method Requirments
Measurement at a point within wavelength of 1310 ±30
nm and a point within wavelength of 1550 ±30 nm.
Power : 250mw, Time : 100 hours
Laser : LD(wavelength : 1470nm)
Attenuation
Return Loss
Power test
Mechanical
Characteristis
Environmental
Characteristis
Engagement and separation forces at 50mm/s.
Zirconia gauge at Ø2.499 ± 0.0005 mm.
Insertion and extraction number : 500
3 hours at an amplitude of 1.5mm.with the frequency range 10 to 55Hz.
In each of three mutually perpendicular plane.
8.82N load,100 cycles
Telcordia GR-910-CORE
Humidity : 90% to 96%
Temperature : -10°C to 65°C,
Time : 480 hours(20 Cyclic)
Temp : -40/-40/80/80/80 to -40°C
Time : 60/180 /60/180 min
Cyclic : 100 cycles
Temperature : 85°C Time : 500 hours
Temperature : -40°C Time : 500 hours
Salt Mist : 5% Time : 48 hours
Engagement and
separation forces
Gauge retention force
Mating durability
Vibration
Flex test
13.23N load,10 cycles
Telcordia GR-910-CORE
Twist test
12.25N load,90°angle,active
Telcordia GR-910-CORE
Side test
3 times in each of three mutually
perpendicular axis with the
Acceleration 981m/s
2
Impact test
Compasite
Temparature-humidity
Cyclic test
Temperature cycling
Dry heat-high
Temparature endurance
Cold
Salt Mist
Engagement force: ≤19.6 N
Separation force: ≤19.6 N
2.0N to 3.9N
1) Attenuation and return loss shall be
satisfild before and after the test.
2) No breakage,crack or looseness on
components.
No significant corrosion.
0
+0.4db
1,2±0.5dB
3,4,5,6±0.6dB
7,8,9,10,11,12,13,14±ATT∞10%dB
15,16,20,25±1.5dB
30±2.5dB
≥40dB
Change in attenuation : ±0.2dB