The Agilent 86060C Lightwave Switch is a precision optical routing instrument that automates fiber path selection in complex test and measurement setups. With temperature stabilization and bi-directional 1×N switching architecture, it delivers repeatable signal configurations across single-mode and multimode fiber networks. The stepper motor–driven design supports two input channels and up to eight output channels, enabling efficient multi-channel fiber optic testing in laboratory and production environments.
– Technical Specifications
• Switching Architecture: Bi-directional, 1×N precision stepper motor module
• Temperature Stabilization: C-series temperature-stabilized design for improved repeatability and insertion loss stability
• Optical Fiber Support: 9/125 µm single-mode; 62.5/125 µm and 50/125 µm multimode
• Wavelength Range (Option 109): 1280–1650 nm for 9/125 µm single-mode fiber
• Wavelength Range (Option 163): 750–1350 nm for 62.5/125 µm multimode fiber
• Wavelength Range (Option H51): 750–1350 nm for 50/125 µm multimode fiber
• Insertion Loss: Typical cable insertion loss less than 1 dB; can reach 0.1 dB
• Return Loss: Better than 40 dB typical; 58 dB for 2×8 configuration
• Switching Life: Minimum 10 million cycles
• Input Channels (Option 002): Two input channels
• Output Channels (Option 208): Eight output channels
• Port Configuration (Option 051): Rear-panel connectors
• Connector Types: FC/PC, ST, or SC options available
• Operating Temperature: +0°C to +55°C (specifications apply after 120 minutes stabilization)
• Power Supply – 100/120 V: IEC 127 5×20 mm fuse, 0.315 A, 250 V (Agilent PN 2110-0449)
• Power Supply – 220/240 V: IEC 127 5×20 mm fuse, 0.16 A, 250 V (Agilent PN 2110-0448)
– Key Features
• Low insertion loss ensures signal integrity across optical paths
• High return loss maintains signal quality in complex routing scenarios
• Extended switching life supports high-cycle automated test environments
• Compact 86060C form factor integrates into dense measurement systems
– Typical Applications
• Automated fiber routing in optical component characterization
• Multi-wavelength signal path switching
• Production test automation for fiber optic subsystems
– Compatibility & Integration
The 86060C accepts standard fiber connectors (FC/PC, ST, SC) and routes signals via rear-panel connectorized outputs. Dual input and multi-output configurations support complex optical topologies. Alternative connector types are available on request.
