361V504EFT

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Coaxial Connectors (RF) have become an essential part of today’s modern communication systems. This includes television, radio, cellular, satellite, and internet communications. Such connectors are widely used to prevent signal loss and to maintain signal integrity. This type of connector is divided into two main types: RF connector and EFT (Electric Fusion Transmission). The 361V504EFT connector belongs to the EFT type.

The 361V504EFT connector is applicable in military installations, ships, medical equipment, and aerospace-related applications. It has a wide variety of features that include high shock resistance, excellent RF seal performance, and enhanced durability. Furthermore, the application field of the 361V504EFT connector extends beyond the commercial level to include semi-professional use. Due to its versatility, this type of connector is employed in many applications, such as low voltage connections, antenna connections, and EMI/RFI suppression.

The 361V504EFT connector works by amplifying weak signals such as EMI/RFI sent from a source. It does this by transmitting electromagnetic radiation from an antenna to the transmission line. The EFT connector is also used in RF filter networks and system controls and, under certain conditions, can support insertion loss values up to 99%.

The working principle of the 361V504EFT connector is based on the use of a coaxial cable. It consists of a center conductor and an outer insulation layer, which are electrically connected to each other. A dielectric can be used to separate the two elements. The dielectric material is usually designed to improve the transmission of voltage signals and to reduce losses due to both capacitive and inductive couplings.

The 361V504EFT connector utilizes a two-pole system for its coupling mechanism. This requires two different types of conductors—one for the inner conductor and another for the outer conductor. The electrical connection between the working elements is achieved with a threaded clamp or a ferrule. The radius of the ferrule should match the radius of the connector.

The impedance of the connection is maintained by the solid outer conductor. This dynamic allows for the prevention of cross-talk on the line, which can cause interference. The electrical characteristics of the connection are further enhanced by additional features such as a dielectric inserting material and a heat shield. These features help reduce losses due to temperature variation.

In conclusion, the 361V504EFT connector is a versatile connector which is widely used in many applications. It provides superior performance and reliability in the transmission of low voltage signals. It’s robust construction, high shock resistance, and RF seal performance are some of the main advantages of the device. Furthermore, the two-pole coupling mechanism helps prevent cross-talk and maintain impedance on the connection. All of these features make the 361V504EFT a preferred choice for many military, commercial, and semi-professional applications.

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