D4S10V-40MA5-C

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Coaxial connectors (RF) are essential components in the design of radio frequency (RF) products and networks. The D4S10V-40MA5-C is a type of RF coaxial connector that allow for greater flexibility and higher frequency range compared to other types of coaxial connectors. In this article, the application field and working principle of the D4S10V-40MA5-C will be discussed.

The D4S10V-40MA5-C is a part of the widely used D4 connector family, manufactured by Amphenol Sensors. It is a coaxial connector with a snap-lock mechanism that enables rapid locking and unlocking for easy assembly and disassembly. It has a 5mm center pin and an outer body, and it offers excellent electrical isolation and robustness. In addition, it has a high tensile strength, ensuring a reliable connection in a demanding environment.

The D4S10V-40MA5-C is widely used in a variety of applications, especially those that require high power or high frequency applications. It is often used in cellular phone base station antennas, radio broadcasting, digital audio, and radio frequency test equipment. It is also widely used in commercial applications such as medical, industrial, and test and measuring equipment. Furthermore, it is suitable for use in many applications up to 6GHz.

The working principle of the D4S10V-40MA5-C lies in its design. It consists of an inner and outer body, with a center pin in between. The center pin ensures good electrical connectivity between the two bodies. The outer part of the connector acts as the shield, which provides an electromagnetic shield from any external interference. Furthermore, the lock mechanism ensures that the connection is secure and robust with no risk of contact loosening or disconnection.

In conclusion, the D4S10V-40MA5-C RF coaxial connector is an ideal solution for many applications up to 6GHz. It is robust and reliable, and offers excellent electrical isolation and high tensile strength. Its design ensures a secure and reliable connection with minimal interference. It is widely used in a variety of applications, especially those that require high power and high frequency applications.

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