Customization: | Available |
---|---|
Center Wavelength: | 1064 Nm |
Min. Return Loss (Input/Output): | 55/50 dB |
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The 1064 nm Polarization Inductive Isolator (PSSI series) is a micro optical device designed specifically for fiber lasers and other high-performance fiber optic systems. Here are some key features of the isolator:
Compact Package: This isolator features a compact package that facilitates integration into various systems.
Low insertion loss: At 23 ºC, the typical insertion loss does not exceed 1.5 dB in all polarization states
High isolation: Provides a minimum isolation of at least 30 dB, and some models can even reach 55 dB
High return loss: The minimum return loss (input/output) is 55 dB
High power processing capability: capable of handling very high peak power, up to 5 kW for nanosecond pulses
Excellent environmental stability and reliability: operating temperature range from -5 ° C to+50 ° C, storage temperature range from -40 ° C to+85 ° C
Unique design: The device has a unique design that can handle very high peak power, making it suitable for applications that require high-power processing.
Low polarization related loss (PDL): maximum PDL is 0.15 dB
This type of fiber optic isolator is highly suitable for suppressing back reflections in fiber lasers and other high-performance laser based fiber optic systems, thereby improving the overall performance and reliability of the system. Its compact design, low insertion loss, high isolation, and high return loss make it an ideal choice for fiber laser and instrument applications.
Key Features
High Isolation
High Return Loss
Low Insertion Loss
Applications
Fiber Lasers
Raman Amplifiers
Transmitters
Specifications
Package DimensionsOrdering Information
GK-PSSI-06-1-2-3-4-5
GK-PDSI-06-1-2-3-4-5
1.Grade
P - Premium
A - A Grade
2.Connector Type
1 - FC/UPC 4 - SC/APC
2 - FC/APC N - None
3 - SC/UPC S - Specify
3.Fiber Jacket
B - 250 μm Bare Fiber
L - 900 μm Loose Tube
S - Specify
4.Fiber Length
1 - 1.0 m
S - Specify
5.Power Type
P - Pulse Application
C - Continuous Wave