DD50S1AUNA191A197

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D-Sub connectors are commonly used in computing and telecommunications industry for connecting and transferring data. A popular type of D-Sub connector is the DD50S1AUNA191A197 connector. This article will cover its application field and working principle.

Application Field

DD50S1AUNA191A197 connectors are mostly used as dedicated coaxial transmission lines for the transmission of digital signals in the frequency range of 450 to 1000MHz. This makes it suitable for applications in electronic clubs, broadcasting equipment, and high-speed communication lines. It is also used in combination with the computer data line in the media transmission network.

Working Principle

The DD50S1AUNA191A197 consists of two main components – a male and female connector. It is important to understand the working principle behind the DD50S1AUNA191A197 connector in order to be able to properly install and use it. The male connector has a 3.5mm diameter central core and is surrounded by a conductive shield. The central core is insulated with a dielectric material and is connected to the male connector’s internal conductor. Meanwhile, the female connector is equipped with a grooved inner sleeve and a dielectric center core. The center core is connected to the internal conductor of the female connector. When two DD50S1AUNA191A197 connectors are mated together, the internal conductor of the male connector is connected to the internal conductor of the female connector. This enables the signal flow between them. The conductive shield ensures that the signals transmitted through the DD50S1AUNA191A197 are shielded from external interference.

Conclusion

DD50S1AUNA191A197 is a type of D-Sub connector that is commonly used in the electronic and telecommunications industry. It is mostly used for digital signal transmission in the frequency range of 450 to 1000MHz. The DD50S1AUNA191A197 consists of two main components – a male and female connector. When mated, the internal conductor of the male connector is connected to the internal conductor of the female connector, allowing for signal flow between them. The conductive shield ensures that the signals transmitted through the DD50S1AUNA191A197 are shielded from external interference.

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