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USB Connector-04
USB Connector

USB Connector-04

This is a standard Type-A Usb Power Socket, also a widely used Usb Interface. It features a metal shielded housing that effectively resists electromagnetic interference, while its internal white plastic core paired with gold-plated contact pins ensures stable current transmission and data interaction. As a core connection component for electronic devices, it is suitable for scenarios like computers, chargers, and in-vehicle terminals, providing both reliable power supply and high-speed data transfer. Its plug-in pins enable easy soldering and fixing on PCB boards, with a robust structure that offers a long plug-and-unplug lifespan. It is a key component for enabling USB connectivity in various devices, combining practicality and reliability to underpin the interconnection of electronic equipment.

    As a manufacturer with 20 years of industry experience, we launch our product, the USB Connector-04—a high-performance Through-Hole USB Connector and a reliable Metal Shell USB Connector, specifically designed for electronic consumer products such as routers and optical modems, accurately meeting the stable operation requirements of these devices.

    The USB Connector-04 is manufactured with precision craftsmanship, and its robust metal shielded housing highlights its core advantage as a Metal Shell USB Connector. This nickel-plated metal housing offers excellent electromagnetic interference (EMI) and electrostatic discharge (ESD) protection, effectively isolating signal interference from surrounding electronic components when routers and optical modems are in operation, and ensuring the purity and stability of network data transmission. The reinforced structure of the housing enhances mechanical durability, capable of resisting minor impacts during daily placement and plugging/unplugging, adapting to complex network environments such as homes and offices, and maintaining stable device interface connections for a long time.

     

    As a Through-Hole USB Connector, it supports direct insertion and soldering onto the printed circuit boards (PCBs) of routers and optical modems. The through-hole mounting design forms a strong mechanical bond with the PCB, far superior to surface mount solutions, enabling it to cope with the heating conditions of routers and optical modems during long-term powered operation and avoid disconnection issues caused by loose interfaces. Equipped with a 4-pin configuration and gold-plated contact pins, the connector ensures low contact resistance, providing stable power supply of up to 2.4A for external devices connected to optical modems and routers, as well as high-speed data transmission complying with the USB 2.0 standard (480 Mbps), meeting expansion needs such as external storage and network cards.

     

    Targeting the compact design characteristics of routers and optical modems, we have optimized the manufacturing usability of the USB Connector-04: its small size accurately fits the compact PCB layout of such devices, and the through-hole pins feature precise positioning, supporting automated mass soldering, which greatly improves the efficiency of electronic consumer product production lines and reduces error rates. The connector supports over 10,000 mating cycles, meeting the frequent use needs in home and office scenarios, far exceeding industry standards; the white insulating core has excellent high-temperature resistance, capable of withstanding temperature rises of routers and optical modems during long-term operation, and maintaining stable performance in both wave soldering processes and daily use.

     

    Whether you need a Through-Hole USB Connector designed for high stability requirements of routers or a Metal Shell USB Connector with strong anti-interference capabilities for optical modems, the USB Connector-04 can provide quality, consistency, and technical support trusted by global customers through its precision design adapted for electronic consumer products, helping devices achieve more stable network transmission and expansion functions.

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