20-CBSA-3.0X3.5X0.2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RF Shields are a component used in electrical and electronic equipment. The RF Shield acts as a barrier between the circuitry and the external environment, shielding components from the effects of electrostatic discharge, electromagnetic interference, and other transient signals. The specific shield under consideration here is the 20-CBSA-3.0X3.5X0.2.

This RF Shield is commonly used in the automotive and white goods industries due to its combination of a low profile, high reliability, and wide operating temperature range. The shield is designed to prevent the interference of electrical signals generated by nearby sources, such as other electronic components or the environment. It can be applied to a variety of different components, including power amplifiers, amplifiers, and radio frequency amplifiers.

The 20-CBSA-3.0X3.5X0.2 RF Shield is composed of a conductive plastic material that is heat treated to become semi-rigid and resist deformation. It is designed to fit snugly to the part requiring shielding and can be customized to match exact component dimensions. This ensures that the shield conforms to the device’s size, which is important in applications where space is limited.

The material is entirely non-conductive and does not require any grounding. This makes installation and maintenance easier and increases the longevity of the shield. The shield also has an attenuation rating of up to 80dB, increasing its effectiveness in blocking unwanted or harmful signals.

The working principle of the 20-CBSA-3.0X3.5X0.2 RF Shield is straightforward. It works to absorb and redirect the electromagnetic and radio frequency emissions generated by the device being shielded, minimizing the risk of interference with other nearby electronic systems. The device is designed to attenuate the radiation that it receives, providing a shielding effect while still allowing signal transmission.

The effectiveness of the device depends on the design and the installation. Care should be taken to ensure that the shield fits securely against the component being shielded. It should also be installed as close to the source of interference as possible to maximize its effectiveness. In addition, the shielded component should be grounded in order to reduce the likelihood of the shield affecting its performance.

In conclusion, the 20-CBSA-3.0X3.5X0.2 RF Shield is a reliable and effective solution for protection against EMI and RF interference in automotive and white goods applications. Its low profile and wide temperature range make it suitable for a variety of applications, while its padded installation and simple working principle ensure it will be effective in shielding components from the external environment. With proper installation and careful consideration of design, this RF Shield can be an invaluable asset to any electronic system.

The specific data is subject to PDF, and the above content is for reference