1061661000

The 1061661000 by Molex revolutionizes Fiber Optic Connectors - Adapters technology, specifically developed for next-generation medical imaging systems requiring uncompromised signal purity. This medical-grade fiber optic solution meets IEC 60601-1 safety standards while delivering exceptional optical performance.As a Adapter, this medical device component features biocompatible materials and sterilization-resistant surfaces, suitable for repeated autoclave cycles in surgical robotics applications.The SC Receptacle interface employs laser-welded stainless steel components that withstand 1,000+ sterilization cycles, maintaining <0.3dB insertion loss variance in MRI-guided surgery systems.When converting to ST Receptacle, the adapter's keyed polarization-maintaining design ensures proper alignment of PM fibers in optical coherence tomography (OCT) diagnostic equipment.Available in Duplex formats, the product enables daisy-chaining of multiple endoscopic cameras with signal degradation below 0.1dB per node in minimally invasive surgical suites.Supporting Singlemode transmission, the adapter enables seamless integration of diagnostic wavelengths (1310nm/1550nm) in multi-modal medical laser systems with <0.5dB wavelength-dependent loss.The Panel Mount, Flange (2 Hole) configuration features quick-disconnect levers for single-handed operation, critical for maintaining sterile fields in operating room environments.Manufactured from Polymer, the housing demonstrates exceptional resistance to hospital-grade disinfectants while maintaining precise dimensional stability ( 2 m) across humidity ranges.The Zirconia ferrules incorporate anti-reflective coatings that reduce backscatter interference in laser surgery applications by 70%, improving signal-to-noise ratios.With Dust Cap, the product meets IEC 61326-1 EMI immunity requirements for use near electrosurgical units, preventing signal corruption during critical medical interventions.Blue coding follows medical device standards for intuitive connection identification during emergency procedures, with high-contrast markings visible in low-light conditions.