D4S24D-400A5-C

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Coaxial connectors, or RF connectors, are generally used to transmit radio frequency signals. The D4S24D-400A5-C is a compact RF coaxial connector designed to provide shielded connections with low levels of transmission losses and high-frequency performance. This connector is commonly used in the markets of broadband communications, wireless networks, and other communication and industrial applications.

The D4S24D-400A5-C is part of the END SMA series, which is designed to provide a reliable connection for a variety of applications. This particular connector is very versatile and allows minimal installation time and cost. These connectors are popular in both commercial and military applications.

The D4S24D-400A5-C is a male thread-connected connector. It has a thread diameter of 2.4mm, an operating frequency of up to 18 GHz, and an insertion loss of only 0.2 dB. It holds a wide range of applications and is suitable for use in medium-frequency, 10W circuits.

The connector also features three gold-plated contacts, which provide low electrical resistance and excellent heat dissipation. Additionally, the connector has an environment resistant nickel-plated finish, and a PTFE insulator, which provide superior insulation performance and durability. This connector is also designed to have a high-level of EMI/RFI shielding performance, which shields the connections from any outside interferences.

The working principle behind the D4S24D-400A5-C is straightforward. The connector is connected to two cables, one of which carries the radio frequency signal. The other cable acts as an electronic return path for the signal. This creates a closed circuit inside the connector, which effectively reduces crosstalk and interference from external sources.

In summary, the D4S24D-400A5-C is a compact, versatile RF coaxial connector designed to provide shielded connections with low levels of transmission losses and high-frequency performance. This connector is mainly used in broadband communications, wireless networks, and other communication and industrial applications. It is designed to have low electrical resistance, an environment resistant nickel-plated finish, and PTFE insulator, as well as EMI/RFI shielding performance. Its working principle is quite simple, and it consists of two cables, one of which carries the radio frequency signal, while the other acts as an electronic return path for the signal.

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