Categorization:Harness Component

Part 1: Technical Features
DF56-50P-0.3SD belongs to the HRS DF56 series of 50-pin miniature components, with a pitch of only 0.3 mm, an rated current of about 0.5 A, and a voltage up to 50 V. The contact is gold-plated with a thickness of about 0.10 µm, and is installed using a tin-welded wire method, ensuring good contact and corrosion resistance. The design with a 1.25 mm mating height and a 2.6 mm depth is suitable for extremely small spaces, and the vertical mating method between the board and the wire enhances installation reliability, making it particularly suitable for space-sensitive applications such as smart glasses and folding hinges.
The reasons behind high quotations
The ultra-thin coaxial cable and DF56 series components are expensive, mainly due to various factors. Micro coaxial cables use AWG42-46 ultra-fine wire gauges, combined with multi-layer shielding and compact geometrical structures, which require extremely high manufacturing accuracy. Precision contact processing, reliable locking, and anti-vibration design increase costs. At the same time, high-frequency signal transmission requires strict impedance matching, shielding, and grounding design. Added to this are RoHS halogen-free certifications, high-temperature resistance, and supply chain limitations, which make the unit price significantly higher than that of ordinary cable components.
III. Technical Value of Ultra-Fine Coaxial Systems
The technical advantages of DF56-50P-0.3SD are reflected in ultra-fine spacing, high-precision board-to-board alignment, multi-point locking reliability, gold-plated contacts, high-frequency signal compatibility, and strict environmental standard compliance. It can meet the application requirements of space-limited, high-frequency, and high-vibration environments, providing stable, accurate, and durable miniature interconnection solutions for devices such as smart glasses, medical probes, and drone camera systems. It is an indispensable high-end component in ultra-fine coaxial systems.