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Our MFSW 1xN Series MEMS Optical Switch is a high-performance module designed for multi-channel optical path switching. By leveraging an advanced, electrostatically driven micro-mirror solution, this switch delivers exceptional performance without the wear-and-tear of traditional mechanical switches.
- Advanced MEMS Technology:Â The core of the switch is a robust micro-mirror, offering stable performance, low power consumption, and rapid response times.
- Built for Automation:Â Its speed and reliability make it the perfect choice for automating complex test sequences, saving valuable time and resources in R&D and production environments.
- Signal Integrity:Â The non-blocking, all-optical path ensures your signal remains pure, with minimal loss and high isolation, making it ideal for multi-channel monitoring.
- Flexible Integration:Â This module is designed to be a versatile component, easily fitting into diverse applications ranging from LAN switching to dynamic optical sensing systems.
Technical Specification
| Parameter | Specification |
|---|---|
| Operating Wavelength (nm) | 850 ~ 1650 |
| Fiber Type (µm) | 9/125 (SM), 50/125 (MM), 62.5/125 (MM) |
| Insertion Loss (dB) | ≤0.8 (N=2~8) ≤1.0 (N=9~16) ≤1.5 (N=17~32) ≤1.8 (N=33~64) |
| Return Loss (dB) | SM: ≥45; MM: ≥30 |
| Crosstalk (dB) | SM: ≥50; MM: ≥30 (N≤16) |
| Repeatability (dB) | ≤±0.02 |
| Switching Time (ms) | ≤15 |
| Switching Lifetime (cycles) | ≥109 |
| Max. Optical Power (mW) | 500 |
| Operating Temperature (°C) | -20 ~ +70 |
| Storage Temperature (°C) | -40 ~ +80 |
| Dimensions (mm) | Type G: 68(L) x 30(W) x 13(H) ±0.2 Type C: 80(L) x 60(W) x 12(H) ±0.2 |
| Control Type | TTL, RS232, UART |
Notes:
Insertion loss tested at 23℃, center wavelength ±30nm, connectors excluded.
Adding connectors increases insertion loss by 0.2dB.
Repeatability tested within 100 cycles.
Structure and Dimension
▲ Type G Module Outline Drawing (N ≤ 16)
▲ Type C Module Outline Drawing (N ≤ 64)
- Automated Test Systems:Â Ideal for automated testing of optical fibers, components, and network-in-field engineering.
- Optical Transmission:Â Multi-channel monitoring in optical transport systems.
- Component R&D:Â Used for optical component alignment and configuration during development and manufacturing.
- Local Area Networks (LAN):Â Automated switching for multiple light sources and detectors.
- Optical Sensing:Â Multi-point dynamic monitoring systems for optical sensing applications.
| Code | Description | Options |
|---|---|---|
| 1 | Optical Switch Type | 1xN (N≤64) |
| 2 | Fiber Type | SM-9/125um; MM5-50/125um; MM6-62.5/125um |
| 3 | Package Type | C: Type C Package; G: Type G Package |
| 4 | Wavelength | 85-850nm; 13-1310nm; 15-1550nm; 14-1490nm1315-1310/1550nm; 16-1625nm; S-User Specified |
| 5 | Connector Type | FP-FC/PC; FA-FC/APC; SP-SC/PC; SA-SC/APCLP-LC/PC; O-Pigtail; S-User Specified |
| 6 | Fiber Jacket | 09-0.9mm; S-User Specified |
| 7 | Fiber Length | 1-1.0m; S-User Specified |
| 8 | Control Type | TL-TTL; UR-UART; 23-RS232 |
Note: Fiber length L:
- L = 0.03 m (L ≤ 1 m);
- L = 0.1 m (1 m < L ≤ 10 m);
- For L > 10 m, tolerance is determined based on specific product requirements.
