MMA23-0261K1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Backplane Connectors - Specialized, such as the MMA23-0261K1, are designed for high-speed and high-current applications. The MMA23-0261K1 is a vertical-mount contact designed to convey data, power, and/or grounding in a variety of settings.

The MMA23-0261K1 is ideal for use in backplane and antenna applications, allowing signals to pass quickly and efficiently through the circuit. Due to its specialized design, the MMA23-0261K1 is also capable of transmitting high currents (up to 10A) without compromising signal strength.

The MMA23-0261K1 is a reliable and efficient backplane connector with a long life cycle, even when subjected to harsh environments. Its design incorporates heat-resistant materials, such as copper alloy and stainless steel, providing durability in extreme temperature and corrosive conditions. Additionally, the MMA23-0261K1 features a sealed contact interface, which helps prevent against dust or moisture infiltration, and a stainless steel interface, which helps ensure reliable signal transfer and low-resistance across all terminals.

In doing so, the MMA23-0261K1 connector is able to maintain a low-resistance path between the center conductor and ground plane. The result is improved signal performance and fewer electromagnetic interference (EMI) related issues in the system.

The working principle behind the MMA23-0261K1 connector is simple. The center terminal is connected to the backplane and is used to supply power or data signals to the contacts of the connector. The contact of the connector is designed to provide continuity between the center terminal and the ground plane, reducing resistance and allowing a more effective flow of data or power.

As a result, the MMA23-0261K1 vertical-mount contact connector is designed specifically for use in a variety of backplane and antenna applications, where high-speed and high-current signals must flow across the circuit without compromising signal strength. Its reliable construction and superior materials make it the perfect choice for reliable, high-performance applications.

The specific data is subject to PDF, and the above content is for reference