IMS5-02-02

Samtec Inc.'s IMS5-02-02 redefines reliability in the Blade Type Power Connectors - Housings segment, developed for aerospace and defense applications. This connector undergoes rigorous qualification testing to ensure performance under extreme environmental conditions. Its patented contact technology delivers unmatched signal integrity across the entire operational envelope.The Receptacle configuration enables rapid field servicing without specialized tools. The self-mating feature reduces connector pair inventory by 60% in maintenance depots.Female Blade Socket contacts feature gold-over-nickel plating for corrosion resistance. The hyperbolic contact geometry maintains stable impedance from DC to GHz frequencies.Available in 2 positions, this connector supports mixed-signal applications. The isolated contact groups prevent cross-talk between power and sensitive control circuits.The 0.197" (5.00mm) pitch configuration supports high-speed data transmission alongside power delivery. The controlled impedance design minimizes signal reflections at GHz frequencies.The 1 row arrangement provides optimal current density distribution. This thermal-management-focused design prevents localized heating in high-current applications.Free Hanging (In-Line) options include MIL-SPEC strain relief for vibration environments. The flange-mounted version withstands 50G mechanical shock pulses.Using Crimp methodology, this connector achieves MIL-STD-1344 compliant terminations. The process ensures consistent performance across -65 C to 200 C temperature ranges.The Black housing material contains radiopaque fillers for X-ray inspection. High-temperature pigments maintain color integrity after repeated sterilization cycles.Incorporating Panel Lock, this connector meets stringent military specifications. The panel-lock mechanism prevents accidental disconnection during vibration events.The Side to Side stacking capability supports modular avionics architectures. The guided mating system ensures proper alignment in zero-gravity conditions.