SEARCH
— IC芯片 | 连接器 | 传感器 | 被动器件 —
The AirBorn VRF-06-40-50-05-N is a high-density rectangular connector system designed for demanding environments. It features a robust metal shell with a secure locking mechanism to ensure reliable signal integrity under vibration and shock. The assembly includes precision-machined contacts arranged in multiple rows, supporting high pin counts within a compact footprint. This component is engineered for aerospace and defense applications where space constraints and environmental resilience are critical. The design facilitates easy mating and unmating while maintaining consistent electrical performance across its operational temperature range.
Verify the specific part number suffixes against official AirBorn documentation to confirm exact contact arrangements, shell size, and mounting options. Ensure compatibility with mating connectors by checking interface dimensions and locking styles. Request certified test reports if required for your specific application environment. Confirm that all ordering specifications match the intended mechanical and electrical requirements before finalizing procurement.
Select this connector when high pin density and ruggedness are prioritized over cost. Evaluate the available shell sizes and contact types to match the circuit requirements. Consider the operating temperature range and environmental sealing needs. Verify that the mating connector series aligns with existing system infrastructure. Consult official datasheets for detailed dimensional drawings and material specifications to ensure proper integration.
This component belongs to AirBorn's family of high-performance rectangular connectors. These systems are widely used in industries requiring dependable connections under extreme conditions. The VRF series specifically addresses needs for compact, high-reliability interconnects. AirBorn designs these products to meet stringent military and aerospace standards. The focus remains on durability, signal integrity, and precise engineering for critical applications.
Check official cross-reference lists for direct substitutes. Verify mechanical fit and electrical characteristics before substitution. Ensure locking mechanisms and contact arrangements match exactly. Consult manufacturer guidelines for any approved alternative part numbers.