The VIAVI Solutions / JDSU OWB10002 Optical Workbench Receiver Chassis is a 9-slot modular platform engineered for optical component testing and characterization. It provides a stable housing environment for receiver modules within the SWS2000 and OMNI ecosystems, supporting insertion loss, polarization dependent loss, and return loss measurements. The chassis enables distributed test architecture where a single tunable laser source feeds up to eight independent test stations, optimizing capital deployment across multiple measurement points.
Technical Specifications
• Slots: 9 receiver module slots
• Power: 110/220 VAC, 50/60 Hz, 285 VA consumption (with power supply controller module)
• Control Interfaces: Parallel and GPIB
• Local Control: USB keyboard, USB mouse, DVI monitor compatible; optional MAP-200KD keypad/display module available
• Operating Temperature: 0 to 50°C
• Storage Temperature: –30 to 60°C
• Humidity: 15–80% RH, 0 to 40°C non-condensing
• Dimensions (without rack kit): 29.2 × 14.9 × 42.0 cm
• Dimensions (with rack kit): 49.6 × 14.9 × 42.0 cm
• Weight: 5.9 kg
• Rack Mountable: Yes (optional kit)
– Key Features
• Supports SWS2000, SWS1700, SWS16100, and SWS15100 series receiver modules
• Distributed architecture allows single wavelength source sharing across multiple test stations
• Compatible with VIAVI VP80-3C Optical Workbench Power Supply Module
• Accepts detector modules (SWS15107), control modules (SWS15106), and dual-band switch modules (SWS16103)
• Includes PC controller card option (OWB10002 PC Controller Card)
• Blank filler panels available for unused slots
– Typical Applications
• Insertion loss characterization
• Polarization dependent loss (PDL) measurement
• Return loss testing
• Multi-station optical component validation within integrated test systems
– Compatibility & Integration
The OWB10002 integrates into VIAVI/JDSU SWS2000 and OMNI system ecosystems while maintaining backward compatibility with SWS1700, SWS16100, and SWS15100 module families. The XRW-4B power supply is included with select configurations.
