243A12470X

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D-sub, D-shaped adapters are specialized electrical components used to join multiple circuits together. Although designed with a variety of connector types, the most commonly used today is the 243A12470X adapter.

The 243A12470X adapter is designed to connect two D-shaped connectors, typically in applications where high current or voltage is required. This adapter features gold-protected contacts and corrosion-resistant housing to prevent interference and ensure durability. It also has a captive screw for easy installation and secure connection.

The adapter is typically used in industrial and commercial applications, such as automotive electrical systems, robotics, aerospace, medical and more. In these applications, the 243A12470X adapter provides reliable conductivity and long-term performance.

This adapter works by connecting two D-shaped connectors together, usually via their mating components. The 243A12470X adapter has a male-to-female configuration and is designed to fit into the mating component of a standard D-shaped connector. The adapter also has two spring-loaded contacts that create an electrical connection when the two connectors are mated. The adapter is also designed to ensure a reliable connection and high signal integrity.

The 243A12470X adapter can also be used in RF (Radio Frequency) applications, where it simplifies the manufacturer\'s job in creating custom designs. It also offers outstanding performance in high-speed data-transfer applications, providing up to 5Gbps transfer rates and an impedance of 100 ohms. The adapter’s small profile also makes it suitable for use in limited spaces, making it a perfect choice for mobile devices. Additionally, its high-temperature insulation ensures thermal stability and eliminates the risk of component burn-out.

In summary, the 243A12470X adapter is an ideal solution for connecting two D-shaped connectors for applications requiring high current and/or voltage. It is designed to provide reliable conductivity and signal integrity, as well as thermal stability for high-temperature situations. It can also be used in RF applications, providing excellent transfer rates and signal integrity. Finally, its small profile makes it suitable for use in limited spaces.

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