1064nm 2W Optical Isolator

1064nm 2w optical isolator is based on Faraday rotation effect to break the reciprocity of light transmission, so as to achieve the purpose of forward light passing and reverse light isolation. The specific Faraday optical rotation materials utilize for achieving high isolation and improving the efficiency of light transmission.

Parameters

Unit

Specification

Center Wavelength (λc)

nm

1064

Typ.Peak Isolation

dB

35

Min. Isolation at 23℃,λc all

dB

28

Typ.Insertion Loss,23℃

dB

1.7

Max.Insertion,23℃ and input power 1 W

dB

2.5

Max.Insertion,23℃ and input power 2 W

dB

3.0

Min.Return Loss (I/O)

dB

50/50

Max. Optical Power

W

2

Max. Peak Power for ns Pulse

KW

10

Max. Tensile Load

N

5

Fiber Type


HI 1060 Fiber

Operating Temperature Range

°C

10 to +50

Storage Temperature Range

°C

0 to +60

Package Dimension (L×W×H)

mm

65×12×12

Note: 

1. Customization is available.

2. IL is 0.5 db higher,RL is 5 db lower for each connector added.

3. The optical power handing capabling will be max 1w when the isolator is teminated with connectors

①①

Wavelength

Handling Power

Connector Type

Fiber Jacket

Fiber Length

Fiber Type

Power Type

06: 1064nm

SS: Specify

1: 1W

2: 2W

1: FC/UPC

2: FC/APC

3: SC/UPC

4: SC/APC N:None      

S:Specify

B: 250 um bare fiber

L: 900 um bare fiber

S: Specify

1: 1.0 m

S: Specify

1: HI 1060 fiber

S: Specify

P:Pulsed

C:Continuous wave


  • Low Insertion Loss and High Isolation

  • High Extinction Ratio

  • Return Loss and High Reliability

  • Excellent Environmental Stability and Reliability

  • RoHS 6/6 compliant


Amplifiers

Fiberlasers

Test instrument applications


Contact us

Guilin Glsun Integrated Technology Co., Ltd.

Specializes in high level semiconductor laser diode chips development, production and packaging, focus on both Cloud Data Center and Telecom Networking inter-connectivity...

Why choose us

Contact us

Guanglong S&T Zone, No.8 High-tech Industry Park Chaoyang Road, Guilin ,Guangxi, China

+86-133-4600-8527

alan.shizz@glsun.com