36006320S RF/IF and RFID

RF shields, often referred to as RF enclosures, are used to provide electrical isolation between two or more circuits that may be operating at different frequencies, or to protect sensitive circuitry from external interference. The most common type of RF shield is the 36006320S, which is designed for use in a wide variety of applications. In this article, we will discuss the application field and working principle of the 36006320S.

Types of 36006320S RF Shields

The 36006320S RF shield is a robust and versatile shielding solution, designed for use in a range of applications such as automotive, defense, aerospace, telecommunications and industry applications. The key features of the 36006320S RF shield include its durability, low profile design, wide bandwidth and high-performance shielding capability. The 36006320S also has two different form factors, a 19’’ chassis and a compact version.

Application Field of 36006320S RF Shields

The 36006320S RF shield is designed to provide a robust and versatile shielding solution in a range of end markets. The shielding solution is especially suitable for applications requiring high levels of performance and high-frequency protection, such as automotive, defense, aerospace, telecommunications, and industry applications. The 36006320S also offers various mounting options for ease of installation in a wide range of applications. It is especially well suited for applications where designers require high-density solutions, such as in high-performance electronic systems, wireless communication systems, and RF shielding.

Working Principle of the 36006320S RF Shield

The 36006320S RF shield works in two ways. Firstly, it acts as a barrier to external RF interference, such as electromagnetic fields (EMF). This is achieved by utilising the shielding material and copper conductor to build a ‘cage’ which blocks out undesired RF interference. This ensures the performance of the sensitive circuitry is not affected by any outside interference. Secondly, it also works by using Faraday’s law of induction, which states that any charged particle passing through a magnetic field will experience a force in a particular direction. By allowing this current to flow within the shielded enclosure, any external interference is dissipated and the performance of the sensitive circuitry is not affected.

Conclusion

The 36006320S RF shield is an effective and versatile electrical shielding solution for a wide variety of applications. It has two different form factors, a 19’’ chassis and a compact version, offering designers the ability to choose the best possible option for their needs. It is especially well suited for applications where performance and high-frequency protection is paramount, such as automotive, defense, aerospace, telecommunications, and industry applications. The shield works by providing a barrier to external RF interference, as well as using Faraday’s law of induction to dissipate external interference.