I. Specification Parameters
The Type-C vertical 14PIN dual-layer female socket DIP has a height of 11.0mm, employing a 14-pin dual-layer arrangement, vertical mounting (DIP through-hole soldering), supporting double-sided plugging and unplugging, and is compatible with the USB Type-C standard. The interface type supports USB 2.0/3.0 devices for fast charging. Its mechanical characteristics include an insertion force of 5~20N, a withdrawal force of 8~20N, and a plugging/unplugging lifespan of up to 10,000 cycles, suitable for high-frequency plugging/unplugging scenarios.
II. Electrical Characteristics
In terms of electrical characteristics, the female socket has a maximum current rating of 5A, a voltage of 20V DC, and supports fast charging and high-power device power supply. The contact resistance is ≤400mΩ (≤50mΩ after durability testing), withstand voltage AC 100V, and insulation resistance is ≥100MΩ. Additionally, it supports USB 3.0 data transmission, suitable for file transfer, data output, and other requirements.
III. Material and Craftsmanship
The housing is made of copper or iron shell, corrosion-resistant, and mechanically strong, meeting the needs of industrial environments. The terminal material is selected as phosphor bronze, with gold and nickel plating treatments to ensure low impedance and high conductivity. Furthermore, the female socket complies with ROHS and REACH standards, with no harmful substances added.
IV. Main Applications
The Type-C vertical 14PIN dual-layer female socket DIP is widely used in the consumer electronics field, such as charging and data transmission interfaces for devices like smartphones, tablets, and laptops. It is also suitable for the industrial equipment field, such as industrial control computers, medical instruments, and other scenarios requiring high reliability and dust resistance. Additionally, it is applicable for peripherals requiring high-speed connections, such as USB HUBs, docking stations, and dual-screen displays.
V. Product Inspection Requirements
To ensure product quality, the female socket must undergo a series of inspection requirements. These include electrical performance tests, such as current/voltage load testing and contact resistance stability verification; mechanical durability tests, such as plugging/unplugging force and lifespan testing (10,000 cycles), ensuring long-term use stability; environmental adaptability tests, such as operating temperature range -30℃~+85℃, salt spray testing for 48 hours (verifying corrosion resistance); structural stability tests, such as soldering strength, terminal fixity, and housing compression testing; and certification standards, such as passing ROHS/REACH environmental certifications, with some models meeting USB-IF standards.
