Fiber to Free Space 250W 1064nm Isolator

Fiber to Free Space 1064nm Isolator (250W)

A Fiber to Free Space 1064nm Isolator (250W) is a device used in laser systems that transmit light at a wavelength of 1064 nanometers (nm), which is in the near-infrared (NIR) spectrum. It allows light to pass through in one direction but blocks it in the other direction. This is important for protecting sensitive laser components from damage caused by back reflections.

  • High Average Power Handling
  • Wavelength
  • Free Space Output
  • High isolation
  • Low insertion loss
  • Polarization maintaining (PM) fiber input
  • Material processing
  • Laser welding
  • Laser cutting
  • Micromachining
  • LIDAR (Light Detection and Ranging)
  • Free-space laser communication

Specifications of Fiber to Free Space 1064nm Isolator

ParameterUnitValue
Center Wavelength (λc)nm1064
Max. Insertion Loss, 23℃, λc @1064 nmdB0.4
Max. Insertion Loss, 23℃@ 650 nmdB7
Min. Isolation, 23℃, λcdB30
Min. Return LossdB50
Nominal Output Beam Diameter (1/e²)mm7.0 ±0.5 or Specify
Min. Beam Circularity%90
Max. M2 Degradation%10
Max. Average Optical PowerW250
Max. Peak Power for ns pulsekW50
Max. Average Optical Power from CladdingW5
Fiber Type (input port) LMA-GDF-30/250-M fiber or Specify
Operating Temperature10 to +50
Storage Temperature0 to +60

Package Dimensions of Fiber to Free Space 1064nm Isolator

Fiber to Free Space 250W 1064nm Isolator

Ordering Information of Fiber to Free Space 1064nm Isolator

FSHI– ①- ②- ③- ④- ⑤- ⑥- ⑦- ⑧

①: Wavelength03 – 1030 nm, 06 – 1064 nm, SS – Specify
②: Handing Power200 – 200 W, 250 – 250 W, SS – Specify
③: Beam Diameter7 – 7 ± 0.5 mm, 10 – 10 ± 0.5 mm, SS – Specify
④: Jacket Type10 – 10 mm Armoured cable, SS – Specify
⑤: Jacket Length2 – 2.0 m, 3 – 3.0 m, 4 – 4.0 m, 5 – 5.0 m, S – Specify
⑥: Fiber Length3 – 3.0 m, 4 – 4.0 m, 5 – 5.0 m, 6 – 6.0 m, S – Specify
⑦: Fiber Type1 – Nufern LMA-GDF-30/250-M, 2 – GSF-30/250 YZ054, 3 – GDF-30/250 DZ025, 4 – LMA- GDF-25/250, S – Specify
⑧: Power TypeP – Pulse application, C – Continuous wave