2x2 Add/Drop Maglight Switches

2x2 Add/Drop Maglight optical Switches

Applications:

Optical switching

High speed protection

System monitoring,Test & measurement

Fiber-optics sensing system

Features:

No moving parts, best durability

Ultra fast switching speed

Extremely stable latching mode

Low power consumption

Exceptional reliability and stability

Fiberer 2x2 Add/Drop Maglight Switches,2x2 Maglight Optical Switches is an all solid-state devcie 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, response, and continuous high frequency switching.

Specifications:

 

Item	unit	Parameter	Notes
Wavelength Range	nm	1525~1565	Other band optional
Insertion Loss	dB	0.90 (Typ.); 1.20 (Max)	Add 0.4dB for high-power version
PDL	dB	0.15 (Typ.); 0.30 (Max)
Return Loss	dB	≥ 40
Crosstalk	dB	≥ 35
Repeatability	dB	+/- 0.01
Durability	Cycles	> 10 Billions
Switching Speed	μs	10~400
Maximum Optical Power	mW	500
Storage Temperature	0C	-40~85
Operating Temperature	0C	-5~70
Dimension( L×W×H )	mm	69×8.2 ×8.2
Fiber Type		SMF-28e+

All the specifications are based on the devices without connector, and guaranteed over wavelength, polarization and temperatu re.

**   Specifications are subject to change without notice.

Dimensions Drawing (mm):

Electrical Specifications:

 

Parameter	Specification		Unit
Switching Speed	200~400	10~30	μs
Switching Voltage(VCC)	4.5~5.5	6.5~7.5	V
Switching Current	< 200	< 500	mA
Pulse Width(typical)	1000	15	μs
Claim Frequency	< 800	< 3000	Hz

for electrical specifications related to other switching speed, please contact Fiberer.

Pin control signal corresponding to switching status table:

 

Pin1	Pin2	The Optical Output Port
1(Voltage = VCC)	0(Voltage = GND)	IN1 → OUT 1; IN2 → OUT 2
0(Voltage = GND)	1(Voltage = VCC)	IN1 → OUT 2

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