1×2 Solid-State Fiber optic Switch

The 1x2 switch is all solid-state switching device without any moving parts. The switching of the optical light is realized by utilizing Faraday Effect. This is achieved using a patent protected non-mechanical configuration with solid-state all-crystal design which eliminates the need for mechanical movement. The microsecond fiber optic switch is designed to meet the most demanding switching requirements of reliability, durability, fast response, and continuous high frequency switching operation.

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Details

1×2 Solid-State Fiber optic Switch
Features
Low Insertion Loss
Wide Wavelength Range
High Crosstalk
High Reliability
Epoxy-free on Optical Path
Latching

Application
Metropolitan Area Network
R&D in Laboratory
System Monitoring
Configurable OADM

Functional Diagram

Optical Specifications

Item	unit	Parameter
Wavelength	nm	1525 ~ 1565
Insertion Loss	dB	0.90(Typ.); 1.20(Max)
PDL	dB	0.10(Typ.), 0.20(Max)
Return Loss	dB	≥ 50
Crosstalk	dB	≥ 40
Repeatability	dB	+/- 0.02
Durability	Cycles	> 10 Billions
Switching Speed	μs	Regular (200); Ultra-fast (50)
Switching Type	n/a	Latching
Operating Temperature	°C	-5 ~ 70
Storage Temperature	°C	-40 ~ 85
Maximum Optical Power	mW	300
Dimension	mm	52 × 8.4× 8.4
Fiber Type	NA	SMF-28

All the specifications are based on the devices without connectors, and guaranteed over the operating temperature ranges, wavelength ranges and all polarization states.Specifications are subject to change without notice.

Mechanical Dimensions (mm)