纯硅纤芯单模光纤
PureSilica Core SM Fiber
Excellent hydrogen resistance
Reduced radiation induced attenuation
Various NAs for bend insensitivity
Coatings for temperature use up to 150C and 300C
..
Pure Silica Core SM Fiber
- Excellent hydrogen resistance
- Reduced radiation induced attenuation
- Various NAs for bend insensitivity
- Coatings for temperature use up to 150°C and 300°C
- Carbon option for hermetic sealing
- Hydrogen test data available
Typical Applications:
- DTS/DAS/DSS
- Sensing in radiation environments
- Microscopy
- Sensing using UV light
- Coiled acoustic
- Biomedical probes
- Sensing in hydrogen environments
Product list：
- SM300-SC Pure silica core fiber for transmitting long UV (UV-A) wavelengths without photodarkening
- SM400-SC Non-photodarkening fiber for transmission of violet, blue and green wavelengths
- SM1250SC(10/125) Very low attenuation, pure silica core fiber for 1550nm transmission
- SM1500SC(7/80) Pure silica core, bend insensitive fiber
- SM1500SC(7/125) Pure silica core, bend insensitive fiber
|
Model
|
SM300-SC
|
SM400-SC
|
SM1250SC(9/125)
|
SM1500SC(7/80)
|
SM1500SC(7/125)
|
|---|---|---|---|---|---|
|
Operating Wavelength (nm)
|
320 - 430
|
405 - 532
|
1260 - 1650
|
1520 - 1650
|
1520 - 1650
|
|
Cut-Off Wavelength (nm)
|
≤310
|
≤400
|
Dual Layer Acrylate:
1190 - 1290 Polyimide (P): 1190 - 1290 |
Dual Layer Acrylate:
1400 -1500 Polyimide (P): 1350 - 1520 |
Dual Layer Acrylate:
1400 -1500 Polyimide (P): 1350 - 1520 |
|
Numerical Aperture
|
0.12 - 0.14
|
0.12 - 0.14
|
0.13 - 0.15
|
0.17 - 0.19
|
0.17 - 0.19
|
|
Mode Field Diameter (μm)
|
2.0 - 2.4 @350nm
|
2.7 - 3.3 @480nm
|
8.3 - 9.6 @1550nm
|
6.7 - 7.6 @1550nm
|
6.7 - 7.6 @1550nm
|
|
Attenuation (dB/km)
|
≤70 @350nm
|
≤50 @430nm
≤30 @532nm |
Dual Layer Acrylate:
≤0.6 @1310nm ≤0.4 @1550nm Carbon High Temperature (CHT): ≤0.6 @1310nm ≤0.4 @1550nm Polyimide (P): ≤0.8 @1310nm ≤0.8 @1550nm Carbon Polyimide (CP): ≤0.8 @1310nm ≤0.8 @1550nm |
Dual Layer Acrylate:
≤0.4 @1550nm Polyimide (P): ≤0.75 @1550nm |
Dual Layer Acrylate:
≤0.7 @1550nm Carbon High Temperature (CHT): ≤0.7 @1550nm Polyimide (P): ≤0.7 @1550nm Carbon Polyimide (CP): ≤0.7 @1550nm |
|
Proof Test (%)
|
1 or 2 (100 or 200 kpsi)
|
1 or 2 (100 or 200 kpsi)
|
1 or 2 (100 or 200 kpsi)
|
1 or 2 (100 or 200 kpsi)
|
1 or 2 (100 or 200 kpsi)
|
|
Cladding Diameter (μm)
|
125 ± 1
|
125 ± 1
|
125 ± 2
|
80 ± 1
|
125 ± 2
|
|
Core Cladding Concentricity (μm)
|
≤0.75
|
≤0.75
|
≤0.75
|
≤0.75
|
≤0.75
|
|
Coating Diameter (μm)
|
245 ± 7
|
245 ± 7
|
Dual Layer Acrylate:
245 ± 7 Carbon High Temperature (CHT): 245 ± 15 Polyimide (P): 155 ± 5 Carbon Polyimide (CP): 155 ± 5 |
Dual Layer Acrylate:
170 ± 5 Polyimide (P): 105 ± 5 |
Dual Layer Acrylate:
245 ± 7 Carbon High Temperature (CHT): 155 ± 5 Polyimide (P): 155 ± 5 Carbon Polyimide (CP): 245 ± 15 |
|
Coating Type
|
Dual Layer Acrylate
|
Dual Layer Acrylate
|
Dual Layer Acrylate, CHT, P*, CP
|
Dual Layer Acrylate, Polyimide (P)
|
Dual Layer Acrylate, P, CHT, CP
|
|
Operating Temperature (°C)
|
-55 to +85
|
-55 to +85
|
Dual Layer Acrylate:
-55 to +85 Carbon High Temperature (CHT): -55 to +150 Polyimide (P): -55 to +300 Carbon Polyimide (CP): -55 to +300 |
Dual Layer Acrylate:
-55 to +85 Polyimide (P): -55 to +300 |
Dual Layer Acrylate:
-55 to +85 Carbon High Temperature (CHT): -55 to +150 Polyimide (P): -55 to +300 Carbon Polyimide (CP): -55 to +300 |
- 电话：13585639202 高先生
- 邮箱：sales@vuoptics.com.cn
- 地址：上海市嘉定区平城路1055号802室