5226990-3

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Coaxial connectors (RF) are used to provide a secure connection between two things that use a radio frequency for communication. The 5226990-3 is an example of one such RF connector. This article will discuss the application field and working principle of the 5226990-3.

Application Field

The 5226990-3 is a 50 Ohm coaxial connector, also known as a type “N” connector. It is a popular choice for use in telecommunications and industrial applications. This type of connector is widely used in radio frequency applications, such as cellular, satellite, antenna and broadcasting, and also in electrical engineering fields, such as instruments, measuring equipments, power supplies, etc.

The 5226990-3 has a wide frequency range, covering up to 11GHz, and provides excellent signal integrity due to its well-designed interface, which minimizes signal loss. It is well suited for applications in harsh conditions, as it is designed to withstand extreme temperatures, vibration and corrosion. Furthermore, 5226990-3 is often used in high-performance systems, as it is capable of handling large amounts of power and is highly reliable.

Working Principle

The 5226990-3 is a coaxial connector that works by transferring an electric signal between a radio transmitter and receiver. It does this through the use of an inner conductor surrounded by an insulating medium, which is then wrapped in a shielding material. This combination provides an effective solution to electrical interference, which is a common issue encountered in RF communication.

The inner conductor of the 5226990-3 is made from a very high fault tolerant material, such as gold or platinum, to ensure the most reliable electrical connection. The insulated medium, or dielectric, is usually made from insulating materials such as polytetrafluoroethylene (PTFE). The surrounding shielding material is typically made from metals such as copper, which act as a barrier to reduce electromagnetic interference.

The 5226990-3 also has a locking mechanism to secure the connection. This mechanism is usually in the form of threads on the female connector, which are engaged with threads on the male connector. This prevents the connectors from loosen due to vibration and ensures a reliable and sturdy connection.

Conclusion

In conclusion, the 5226990-3 is a type “N” coaxial connector used in RF communication applications. It is capable of operating up to 11GHz and provides a reliable connection even in harsh conditions. The connector has a well-designed interface that reduces signal loss and a locking mechanism that ensures a sturdy connection. All of these features make the 5226990-3 an attractive option for RF applications.

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