49KE-CBSA-1.5X2.0X0.4

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RF shields have great importance in the application field of the radio frequency. In this article, we will discuss the application field and working principle of the 49KE-CBSA-1.5X2.0X0.4 model, a popular RF shield.

What is a RF Shield?

A RF shield is a device specifically designed to block or reduce the electromagnetic interference (EMI) generated by other electronic components. It serves as an enclosure for the components, protecting them from outside interference and ensuring their performance. Additionally, it also reduces the risk of interference from other devices.

Application Field of 49KE-CBSA-1.5X2.0X0.4

The 49KE-CBSA-1.5X2.0X0.4 is an RF shield designed to protect sensitive components and systems from interference. It has a shielding effectiveness rating of 95 dB. This makes it ideal for applications such as, medical devices, automotive electronics, aerospace electronics, communications systems, and industrial equipment. Additionally, it is also well suited for use in consumer electronics, including computers and mobile phones.

Working Principle of 49KE-CBSA-1.5X2.0X0.4

The 49KE-CBSA-1.5X2.0X0.4 functions by decreasing the amount of electromagnetic radiation and other signals that are passed through the shield. This is done by increasing the distance between the source of interference and the protected device, as well as utilizing various other techniques. One technique is Faraday shielding, which utilizes conductive surfaces to block outside electromagnetic fields. Other techniques include the use of special shielding materials, which can reduce the amount of energy transmitted. Finally, an RF shield may also utilize absorber materials, which are designed to absorb the energy from an electromagnetic field.

Conclusion

RF shields have great importance in the application field of the radio frequency. The 49KE-CBSA-1.5X2.0X0.4 model is a popular RF shield that is designed to protect sensitive components and systems from interference. It is an ideal choice for a variety of fields, ranging from medical devices to consumer electronics. It works by decreasing the amount of electromagnetic radiation and other signals that are passed through it, making use of techniques such as Faraday shielding and absorber materials.

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