This Hirose DF36-40P-0.4SD ultra-fine coaxial cable is a high-density, high-speed signal harness designed for drone gimbals, camera modules, and compact electronic devices. Featuring the genuine Hirose DF36 40-pin connector with 0.4mm pitch and ultra-thin coaxial wires, it ensures stable, low-loss signal transmission in space-constrained applications.
Hirose DF36-40P-0.4SD ConnectorUses authentic Hirose DF36 series 40-pin connectors with a 0.4mm ultra-fine pitch. Gold-plated contacts provide excellent conductivity and corrosion resistance, while the positive-locking mechanism ensures a secure, vibration-resistant connection.
Ultra-Fine Coaxial Wires for Compact ApplicationsConstructed with high-quality ultra-thin coaxial wires, this cable offers superior anti-interference performance in a slim form factor. The double-shielded design blocks external electromagnetic interference, ensuring stable high-speed video and control signal transmission.
Dual-Ended Configuration with Same/Different Side OptionsAvailable in both same-side and different-side connector orientations, this cable provides flexible routing options for various device layouts. The compact connector design allows for easy installation in tight spaces inside drone gimbals and miniaturized electronics.
Durable Braided Protection & Strain ReliefThe cable is wrapped in a black braided protective sleeve, offering excellent abrasion resistance and flexibility. Reinforced strain relief at both ends prevents wire breakage, ensuring long-term reliability in the dynamic operating conditions of drone gimbals.
Wide Compatibility for UAV & Industrial ApplicationsIdeal for drone gimbals, camera modules, embedded systems, and industrial control equipment. The high-density 40-pin configuration supports multi-channel signal transmission, making it suitable for high-definition video and control data in compact devices.
This Hirose DF36-40P-0.4SD ultra-fine coaxial cable is the perfect solution for high-speed, low-noise signal connections in drone gimbal systems and other space-constrained electronic applications.
