The JDS Uniphase SB1C10021+27XF000FA is a fiber optic switch from the SB Series designed for optical signal routing and management in fiber optic networks. It employs expanded beam lens technology with a precision stepper motor for accurate optical channel alignment. The collimating lens design minimizes insertion loss while delivering high repeatability and performance. Internal temperature control maintains stable operation across varied environments. Control is available via front-panel manual keys or remote operation through GPIB and RS232 serial interfaces.
Technical Specifications
Optical Design: Expanded beam lens technology with precision stepper motor alignment. Minimized insertion loss and high repeatability.
Control Interfaces: Front-panel manual control, GPIB interface, RS232 serial interface.
Power Requirements: 100–240 V AC, single-phase, 50–60 Hz. Maximum consumption: 80 VA. Fuse: (5×20) mm, T1A / 250 V (slow-acting).
Environmental Ratings:
• Operating temperature: −40 to 28 °C
• Non-operating temperature: −40 to 150 °C
• Operating altitude: 0 to 10,000 feet
• Non-operating altitude: 0 to 70,000 feet
• Humidity: 0 to 100%
• Shock resistance: 25 g / 11 ms (half sine), 100 g / 1 ms (half sine)
– Key Features
• Expanded beam lens technology for precise optical channel switching
• Stepper motor-driven alignment mechanism
• Internal temperature control for operational stability
• Dual control modes: local (front-panel keys) and remote (GPIB / RS232)
• Front-panel status indicators
• Available in single-common (SB-C) and dual-common (SB-D, SB-E, SB-F) configurations
• Dual-common units support paired fiber optic input channels
– Typical Applications
• Optical signal routing and network management
• Network testing
• Optical component characterization
• Signal monitoring
– Compatibility & Integration
Remote operation via GPIB and RS232 serial interfaces enables integration into automated test systems and network management platforms. Front-panel indicators provide visual feedback of switch status during manual operation.
