0351500610

The 0351500610 by Molex revolutionizes Blade Type Power Connectors - Housings technology with its aerospace-grade construction and precision engineering. Designed for satellite communication systems, this connector maintains signal integrity in extreme thermal-vacuum conditions. Its patented contact system ensures zero insertion loss across thousands of mating cycles.The Receptacle interface features a bayonet locking mechanism for secure connections in high-vibration environments. Unlike conventional threaded designs, this system enables 90-degree quick-disconnect functionality.Utilizing Female Blade Socket, Male Blade contacts with rhodium plating, this connector achieves <0.5m contact resistance. The multi-point contact geometry distributes current evenly while preventing fretting corrosion.With 6 configurable positions, this solution supports complex RF and power hybrid applications. The modular design allows in-field reconfiguration without specialized tools.The 0.287" (7.30mm) pitch configuration supports high-speed differential pairs up to 56Gbps. The controlled impedance design minimizes skew in multi-channel applications.The 2 row matrix provides optimal signal isolation for high-frequency applications. This arrangement minimizes cross-talk between adjacent channels up to 40GHz.0.307" (7.80mm) row spacing meets stringent outgassing requirements for vacuum applications. The optimized clearance prevents particle generation during mating cycles.Panel Mount variants incorporate hermetic seals for space-grade applications. The bulkhead version features integrated feedthrough capacitors for EMI filtering.Employing Crimp technology, this connector achieves MIL-STD-202 compliant terminations. The gas-tight connections withstand 1000+ thermal cycles from -65 C to +175 C.The Natural housing utilizes space-qualified polyether ether ketone (PEEK) material. UV-resistant markings remain legible after prolonged exposure to solar radiation.With Top to Bottom and Side to Side stacking capability, the connector supports modular payload architectures. The guided alignment system ensures proper mating in zero-G conditions.