For those with relatively low output levels, we propose air gap ferrule (Type1)
and a tip glass jacket structure (TYPE2) that can flexibly handle different fiber diameters by using
glass welding technology.
Both structures have no advanced adhesive, so they have high
heat resistance and high reliability.
If higher power resistance is required, we recommend ECF Type (with end cap) that lowers
the energy density at the entrance and exit ends of the optical fiber.
TYPE1 Tip air gap structure |
TYPE2 Tip glass welding structure |
ECF type With end cap |
QBH type | |
Connector | F-SMA | F-SMA | F-SMA | QBH compatible |
Output level (as a guide) |
100W or less |
300W or less | 500W or less | 500W or more |
Cooling method | Air cooling | Air cooling | Air cooling | Water cooling (recommended) *1 |
Clad mode strip | *2 | ✔ | ||
Fiber core dia. (as a guide) |
400µm or more |
125µm or more | 125µm or more *3 |
400µm or more |
Temperature detection function | ✔ | |||
*1 Available for air cooling according to the output level and wavelength.
*2 Available for clad mode strip according to the output level, wavelength and structure.
*3 400μm or more if clad mode strip is required.
|
Fiber core dia. | 105µm 200µm 300µm 400µm 600µm |
NA | 0.12 (custom), 0.15 (custom), 0.22 (standard) |
Operating wavelength | 400 - 1700nm |
Connector | F-SMA |
Connector type | TYPE1 or TYPE2 or ECF(End cap) |
Fiber type | Primary coated fiber, SUS Flexible tube, 0.9mm Loose tube, 3.0mm Cord |
Light resistance | 100W or more (with AR coating) |
Cooling method | Air cooling |
AR coating | Available for the specified wavelength |