This is achieved using a patent protected non-mechanical configuration with solid-state all-crystal design which eliminates the need for mechanical movement. The μs-series fiber optic switch is designed to meet the most demanding switching requirements of reliability, durability, response, and continuous high frequency switching operation.
1x4 solid-state fiber optical switch Features
● No moving parts, best reliability
● Ultra fast switching speed
● Extremely stable latching mode
● Low power consumption
● Easy to route-all fibers on one end
● Exceptional durability and stability
1x4 solid-state fiber optical switch Applications
● Optical switching
● High speed protection
● System monitoring
● Test & measurement
● Fiber-optics sensing system
Item | Unit | Parameters | Notes | ||
Unidirectional | Bidirectional | ||||
Wavelength Range | nm | 1525～1565 | Other band optional | ||
Insertion Loss | dB | 1.8 (Typ.); 2.2 (Max.) | 2.0 (Typ.); 2.4(Max.) | Add 1.2dB forhigh-powerversion | |
PDL | dB | 0.2 (Typ.); 0.3(Max.) | |||
Return Loss | dB | 40 | 30 | ||
Crosstalk | dB | 40 | 35 | ||
PMD | ps | 0.2 | |||
Repeatability | dB | +/- 0.01 | |||
Durability | cycles | > 30 Billions | |||
Switching Speed | μs | 100 ~ 400 | |||
Operating Temperature | °C | -5 ~ 70 | |||
Storage Temperature | °C | -40 ~ 85 | |||
Maximum Optical Power | mW | 500(forhigh-power version: 5W for CW laser, 700W of peak power for ns-scale pulsed laser) | |||
Dimension( L×W×H ) | mm | 80×55×18 | |||
1x4 solid-state fiber optical switch Electrical Specifications
Parameter | Specification | Unit |
Switching Speed | 200~400 | μs |
Switching Voltage(VCC) | 4.5~5.5 | V |
Switching Current | < 200 | mA |
Pulse Width(typical) | 1000 | μs |
Claim Frequency | < 800 | Hz |
1x4 solid-state fiber optical switch Pin Definition
Pin No. | Pin1 | Pin2 | Pin3 | Pin4 | Pin5 | Pin6 |
Definition | VCC | GND | Ctrl 2 | Ctrl 1 | - | - |
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