3-2199250-4

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

RFI and EMI - Contacts, Fingerstock and Gaskets are commonly used in various applications and are an important part of many devices. This article discusses the application field and working principle of 3-2199250-4 contact, fingerstock and gaskets.

3-2199250-4 contact, fingerstock and gaskets are used widely across many industries and applications. The most common applications are shielding of electrical and electronic equipment, typically computers, which require electromagnetic shielding to reduce interference from external sources. In addition, these gaskets are also used in medical equipment, micro-electronic devices and other electrical components that require shielding against electromagnetic interference (EMI).

The working principle of 3-2199250-4 contact, fingerstock and gaskets is based on one or more conduction paths through the material, which act as “shielding” elements that reduce undesired electromagnetic fields. The major function of these gaskets is to provide a physical barrier between the EMI source and sensitive components, thus eliminating or reducing electrical coupling between the two devices. This creates a “shielded” environment for sensitive components, helping to protect them from EMI interference.

The 3-2199250-4 contact, fingerstock and gaskets are constructed from two or more layers of different conductive metals that are laminated or layered together. The conductive layers of the materials are usually copper, aluminum or silver. The top layer acts as the contact surface, which is often plated to ensure good electrical and mechanical connection. The lower layer acts as the shield, with its electrical properties designed to reduce electromagnetic interference.

There are two main types of 3-2199250-4 contact, fingerstock and gaskets: conductive and non-conductive. Conductive materials are composed of one or more conductive layers that allow electrical energy to flow through the material. Non-conductive materials rely on mechanical contact between the gasket and the EMI source, to prevent EMI from entering the shielded area. The electrical performance of the gasket is dependent on the materials, the plating, and the close tolerance between the gasket and the EMI source.

In order to properly use 3-2199250-4 contact, fingerstock and gaskets, they must be properly sized and fitted to the device or system in which they are being used. The gasket must be the appropriate size to ensure that no gaps exist in the shielding, thus providing the most effective protection. Also, the gasket should be applied in accordance with the manufacturer\'s instructions, in order to maximize its effectiveness.

In conclusion, 3-2199250-4 contact, fingerstock and gaskets are an important part of many different applications, and play a key role in reducing adverse effects of EMI on sensitive components. Proper sizing, fitting and application of the gasket is essential for effective shielding, and should be done in accordance with the manufacturer\'s instructions.

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