49-CBSF-1.0X2.5X0.4

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 one of the most important components when it comes to reducing radio frequency (RF) noise. The 49-CBSF-1.0X2.5X0.4 RF shield is commonly used in many applications. This article provides an overview of its application field and working principle.

The 49-CBSF-1.0X2.5X0.4 RF shield is a type of RF shield that comes in two variations which are surface mounted or through-hole mounted depending on the application it is used for. On the surface it consists of a ferrite sleeve, with an air-filled chamber inside. This creates a shield that reduces RF noise and provides high levels of attenuation. The size of the shield is 1.0x2.5x0.4.

The 49-CBSF-1.0X2.5X0.4 is commonly used in applications where RF noise must be minimized, such as in medical devices or scientific instrumentation. It is also used to protect against electromagnetic interference (EMI). The shield can also be used in applications where high levels of shielding is required, such as in military and aerospace systems.

The working principle of this shield is due to the ferrite sleeve. The air-filled chamber inside the sleeve has a conductive material, which acts as an EMI shield. This material absorbs and disperses the RF noise, thus providing the desired level of attenuation. The amount of attenuation can be adjusted by increasing or decreasing the size of the air-filled chamber within the ferrite sleeve.

Additionally, the 49-CBSF-1.0X2.5X0.4 RF shield can also be used to reduce susceptibility to external noise sources. This is usually achieved by providing a Faraday cage effect, a special kind of electrostatic shield. This cage consists of a conductor that is arranged in such a way that it creates a closed loop. The loop acts as a barrier to the external noise sources, providing a barrier between them and the equipment.

The 49-CBSF-1.0X2.5X0.4 RF shield is a versatile and reliable tool for reducing RF noise and providing high-level noise attenuation. It is an excellent choice for both medical and scientific instrumentation as well as military and aerospace applications. Its working principle is based on the ferrite sleeve and air-filled chamber, which creates a Faraday cage effect that shields the equipment from external noise sources. This shield can also be used to reduce susceptibility to external noise sources, providing a barrier between them and the equipment.

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