Categorization:Harness Component

Part 1: Technical Features
DF36-50P-0.4SD belongs to the HRS DF36 series 50-pin miniature component, with a pitch of only 0.4 mm, which can match ultra-fine coaxial cables with AWG42–46. The multi-point grounding and shielding design effectively reduces EMI interference, and the four-point clip locking structure ensures stable insertion and strong vibration resistance. The miniaturized design saves PCB space, and the precise contact points ensure the reliability of high-speed signal transmission, widely used in equipment with high requirements for signal integrity such as medical imaging, security surveillance cameras, and notebook camera modules.
Part Two: Common Faults and Identification
Extremely fine coaxial cable structures are precise, common problems include cable断裂 or bending damage, poor interface contact, as well as cracking or oxidation at the board end welding points. Excessive bending, equipment vibration, or incomplete locking may lead to intermittent signal interruption. Long-term exposure to heat expansion and contraction due to welding points or environmental factors such as humidity may also result in contact failure, leading to image or data loss. These issues directly affect the stability of high-speed signal transmission and the overall performance of the equipment.
Section 3: Troubleshooting and Maintenance Suggestions
Firstly, check whether the DF36-50P-0.4SD is securely inserted and ensure that the locking clip is fully engaged. Inspect the cable for signs of fatigue or breakage, and replace the entire set of very thin coaxial cable if any damage is found. Damaged or aging interface components should be replaced with genuine parts. Installing a limiter or a flexible tube protector at the interface outlet can reduce the stress on the cable bend; regularly clean the interface to prevent microscopic dust or oxides from affecting contact quality. These measures can effectively extend the service life of the equipment and ensure stable high-speed signal transmission.