The DC012A-2.0 Copper Core is a high-performance Copper Core DC Power Jack engineered to provide stable and reliable power connectivity for a wide range of electronic devices. It features pure copper core contact terminals that deliver excellent electrical conductivity, greatly reducing signal and power loss, and effectively resisting oxidation and corrosion. Adaptable to complex working environments with high humidity and dust, it is an ideal choice for the long-term stable operation of both consumer and industrial equipment.
As a Custom DC Power Jack solution, it is tailor-made for PCB board direct-plug power input scenarios. With a standard 2.0mm pin diameter, it achieves seamless compatibility with most DC plugs of the same specification without the need for additional adaptive accessories. Its integrated vertical structure can be directly inserted and soldered onto circuit boards, which greatly simplifies the production line assembly process and improves production efficiency.
This power jack is equipped with a sturdy snap-fit housing that locks firmly onto the board after installation, preventing accidental falling off and poor contact even in high-vibration environments such as motors and instruments. The heat-resistant and flame-retardant plastic housing further enhances durability and safety, withstanding high-temperature soldering processes and the temperature rise of long-term equipment operation without deformation or aging.
Whether integrated into routers, smart home devices, test instruments or portable medical equipment, the DC012A-2.0 Copper Core ensures continuous and stable power transmission. The core structural design of this Copper Core DC Power Jack guarantees extremely low contact resistance, fundamentally reducing the risk of interface overheating and achieving safe and stable operation throughout the entire life cycle of the equipment.
For enterprises in need of a Custom DC Power Jack to meet unique product requirements, this model offers flexible customization options, including custom pin lengths, housing colors and materials, which can accurately match the structural and usage requirements of different devices. This high adaptability makes it a cost-effective and multi-functional solution for original equipment manufacturers (OEMs) and electronic designers to optimize power interface design.
From reliable pure copper core conduction and stable snap-fit installation to customized adaptation for multiple scenarios, the DC012A-2.0 Copper Core is a power connection solution with both high cost performance and superior quality. It achieves an excellent balance among performance, durability and compatibility, and is suitable for the power input needs of various electronic devices.
The pure copper core contact terminals deliver exceptional electrical conductivity, which significantly reduces signal and power losses. It also provides excellent resistance to oxidation and corrosion, enabling stable operation in high humidity and dusty environments.
Yes. It features an integrated vertical structure designed for direct-plug installation and soldering. With a standard 2.0mm pin diameter, it fits standard PCB configurations without extra adaptors, enhancing production assembly line efficiency.
It is designed with a sturdy snap-fit housing that locks firmly onto the board after installation. This prevents loose contacts or accidental disconnections, making it ideal for high-vibration applications like motors and instrumentation.
Yes. The jack is manufactured with a heat-resistant and flame-retardant plastic housing that resists deformation and aging during high-temperature soldering processes and long-term continuous device operation.
OEMs and designers can request tailored configurations, including custom pin lengths, custom housing colors, and specialized materials to match unique structural and dimensional requirements.
It is highly versatile and suitable for routers, smart home hardware, diagnostic test instruments, portable medical equipment, and other electronic devices that require highly stable and low-resistance power transmission.