SWR25X-NRTC-S08-RB-BA

The SWR25X-NRTC-S08-RB-BA is a type of rectangular connector with headers and male pins operating in a frequency range of 4.0 GHz. It is a flexible and reliable connector that is suitable for a variety of applications. Its features and characteristics make it an optimal solution for a range of electrical, electronic and industrial applications.

The SWR25X-NRTC-S08-RB-BA is very versatile due to its effectivity over a wide frequency range. It is designed with shielding that allows it to provide stable and quality connections in both digital and analog circuits. The internal multiple-conductor structure of the cable offers better signal integrity compared to other connectors that use a single conductor. It can also be adapted to different types of components, making it an ideal choice for applications that require multiple component combinations.

The working principle of the SWR25X-NRTC-S08-RB-BA is based on the principle of capacitive coupling. This principle uses an electrical field to transfer energy between two points. The electrical field is generated by the capacitors in the connector\'s own design. It is this field that allows the connector to transfer energy in high-speed digital and analog applications.

The SWR25X-NRTC-S08-RB-BA is suitable for a wide range of applications such as cable assembly, telecommunication, automotive, medical, instrumentation, consumer electronics, and many other areas. It is designed to maximize the signal integrity and stability of the connection. The connector\'s efficient design allows it to be used in extreme temperatures ranging from -40°C to 85°C.

The SWR25X-NRTC-S08-RB-BA is a reliable, efficient and stable connector for use in a variety of applications. With its high-frequency capability, shielding, and efficient internal design, it is an ideal choice for applications that require a reliable and strong connection. Additionally, its easy-to-install design and compatibility with different components make it a suitable solution for a wide range of applications.