413515-9

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Coaxial Connectors (RF) have long been a favorite component used in a number of settings, especially when it comes to communications applications. These types of connectors are designed to provide stable signal transmission and minimal electromagnetic interference and are built to withstand a variety of environmental elements and the distance over which the signal will travel. The 413515-9 connector is a great example of a coaxial connector that meets these criteria. This particular connector is known for offering reliable performance in applications such as broadcast radio, radar systems, and communication systems.

Application Field

The 413515-9 connector is designed for a variety of applications, including broadcasting, radar systems, and communications networks. This type of connector is also commonly used for industries such as defense, aerospace, and telemetry. In addition, it is often used in high power applications that require high voltage ratings.

Broadcast radio is one of the most prevalent uses for the 413515-9 connector, as it is able to transmit signals over large distances with minimal distortion or interference. It is also used in radar systems because of its excellent shielding characteristics, which help to minimize the amount of interference caused by external electromagnetic fields. In communication systems, the connector is also able to handle high power levels and long distances.

Working Principle

The 413515-9 connector is designed with a unique series of components that create a secure connection between different types of coaxial cables. The cable joint is sealed with an O-ring that is designed to resist corrosion and shield the joint from any external electrical influences. Inside the joint, there are two sets of pins that are designed to create a strong electrical contact when mated together. This contact is secured by a metal contact, which prevents any accidental short-circuiting of the cables.

The 413515-9 connector is also designed with an innovative internal shield that helps to reduce crosstalk and interference. This shield is located between the pin contacts and is made of anodized aluminum. This ensures that the signal is secured in the best possible way and that there is no disruption to the transmission.

The 413515-9 also boasts an adjustable dielectric that helps to minimize distance attenuation. This dielectric is adjustable, which allows for more precise signal control. The adjustable dielectric also ensures that the connector is able to handle higher power levels without any disruption to the signal.

Finally, the 413515-9 connector features a compression nut that not only serves to secure the connection between the cables and the connectors, but also helps to reduce contact resistance. The compression nut also helps to reduce vibration which can cause interference or attenuation.

All of the features of the 413515-9 connector make it a great choice for a variety of applications, from broadcast radio to telemetry and defense. With its secure connection, excellent shielding, and adjustable dielectric, this connector is able to withstand a variety of environmental conditions and ensure that the signal is transmitted reliably.

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