 
                            | Allicdata Part #: | 40-CBSA-3.5X4.75X0.4-ND | 
| Manufacturer Part#: | 40-CBSA-3.5X4.75X0.4 | 
| Price: | $ 18.19 | 
| Product Category: | RF/IF and RFID | 
| Manufacturer: | Leader Tech Inc. | 
| Short Description: | 40 SERIES CBS SHIELD ASSEMBLY | 
| More Detail: | RF Shield Shield, 2-Piece 3.500" (88.90mm) X 4.750... | 
| DataSheet: |  40-CBSA-3.5X4.75X0.4 Datasheet/PDF | 
| Quantity: | 1000 | 
| 20 +: | $ 16.53840 | 
| Series: | 40-CBS | 
| Packaging: | Bulk | 
| Part Status: | Active | 
| Type: | Shield, 2-Piece | 
| Height - Overall: | 0.400" (10.16mm) | 
| Length - Overall: | 4.750" (120.65mm) | 
| Width - Overall: | 3.500" (88.90mm) | 
| Ventilation: | Vent Holes in Pattern | 
| Mounting Type: | Surface Mount | 
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 an important part of the modern day telecommunications infrastructure. They provide protection from radio frequency (RF) interference and potential damage. The type of shield used can depend on the environment, application, and other factors. There are many different types of RF shields, ranging from small, thin shields for low power applications to large, thick shields for high power applications.
The 40-CBSA-3.5X4.75X0.4 is an RF shield designed for use in low power applications. It is designed to protect against radio frequency radiation and potential damage. It consists of a self-adhesive base made from copper-clad steel, a top layer, and the shield itself. The shield is made from aluminum alloy with a thickness of 0.4mm. The top layer is a non-magnetic anodic coated layer to protect against corrosion.
The 40-CBSA-3.5X4.75X0.4 shield is used in a variety of applications. It is often used in order to shield electronics, including RF devices, from interference. It is also used to reduce interference between two devices that are located close together. It can also be used to shield components in cables, wires, and other transmission lines from interference.
In terms of its working principle, the 40-CBSA-3.5X4.75X0.4 shield works by reflecting radio frequency radiation away from the components it is designed to protect. This is done by creating a reflective surface that is reflective of the radio waves and other types of radiation. Essentially, the shield absorbs the radiation and redirects it away from the components, thus protecting them from damage or interference.
In order to effectively protect components, the 40-CBSA-3.5X4.75X0.4 shield must be properly installed. It should be applied to the component in the same orientation as the wave will be sent from the source. It is also important to ensure that the shield is completely sealed in order to ensure optimal performance. This is especially important in applications where the shield is exposed to water. Additionally, it is important to make sure that any sharp edges are covered with protective material, such as tape or plastic, in order to prevent any potential damage.
The 40-CBSA-3.5X4.75X0.4 shield is an effective and cost-effective way to protect electronics and components from radio frequency interference and potential damage. It is designed to be easy to install and work effectively in a variety of applications. It reflects radio frequency radiation away from the components, thus protecting them from interference and damage. Additionally, it is important to ensure that the shield is properly installed and adequately protected with protective covering in order to ensure optimal performance.
The specific data is subject to PDF, and the above content is for reference
48 SERIES CBS SHIELD ASSEMBLYRF Shield S...
 
                    49L-CBSFNSV-0.75X1.75X0.5--49L13RF Shiel...
 
                    21M SERIES CBS SHIELD ASSEMBLY -RF Shiel...
 
                    42 SERIES CBS SHIELD ASSEMBLYRF Shield S...
 
                    55 SERIES CBS SHIELD ASSEMBLY -RF Shield...
 
                    29 SERIES CBS SHIELD ASSEMBLY -RF Shield...
 
                     
            