1827685-4

The 1827685-4 by TE Connectivity AMP Connectors 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 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 7 configurable positions, this solution supports complex RF and power hybrid applications. The modular design allows in-field reconfiguration without specialized tools.The 0.079" (2.00mm) pitch configuration supports high-speed differential pairs up to 56Gbps. The controlled impedance design minimizes skew in multi-channel applications.The 1 row matrix provides optimal signal isolation for high-frequency applications. This arrangement minimizes cross-talk between adjacent channels up to 40GHz.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 Black housing utilizes space-qualified polyether ether ketone (PEEK) material. UV-resistant markings remain legible after prolonged exposure to solar radiation.Featuring Stackable, this connector exceeds MIL-DTL-38999 Series III specifications. The self-cleaning contacts maintain performance in dusty environments.With Side to Side stacking capability, the connector supports modular payload architectures. The guided alignment system ensures proper mating in zero-G conditions.