4181AG51K01190 RF/IF and RFID

Radio frequency interference (RFI) and Electromagnetic interference (EMI) have become a major source of interference and disruption to electronic systems. With precise and reliable shielding technologies, contacts, fingerstock and gaskets can protect sensitive electronic systems and components from damaging levels of RF and EMI energy. 4181AG51K01190 refers to a contact, fingerstock, or gasket that specifically provides protection against RF and EMI energy. Before understanding its application field and working principle, we need to understand the key components of a contact, fingerstock, or gasket.

A contact is a specialized metallic male or female fastener that provides a fixed point of electrical connection between two contacts. It is usually composed of a contact body, contact socket, and bushing. The contact body helps the contact to lock into the device in which it is installed and provides the necessary electrical connections. The contact socket holds the contact in place while the bushing provides the electrical connections.

Fingerstock is a small metal spring that is attached to a contact. It is used as a means of providing a secure and reliable electrical connection between the contact and the electrical device. It is usually composed of a base, cantilever, and contact. The base helps to rigidly secure the contact to the device in which it is installed while the cantilever acts as the electrical contact between the contact and the device. The contact holds the fingerstock securely in place.

Gaskets provide a seal between two surfaces, which helps to keep particles, dust, and liquids out of sensitive electronic systems. They are usually made from a variety of materials, such as rubber, foam, and silicone. Most gaskets are designed to be used with contacts, fingerstock, and other shielding technologies, which helps provide reliable shielding from EMI and RFI energy.

The 4181AG51K01190 is specifically designed for use in emi/rfi shielded applications. It consists of a contact body, fingerstock, and gasket that are designed to provide superior protection from damaging RF and EMI energy. The contact body helps to lock the contact into the device and provides the necessary electrical connections. The fingerstock securely holds the contact in place while the gasket provides a superior seal against EMI/RFI energy. The combination of contact, fingerstock, and gasket provides superior protection from damaging levels of RF and EMI energy.

When properly designed and implemented, the 4181AG51K01190 contact, fingerstock, and gasket can be used in a variety of different applications. It can be used in PCB layouts where superior shielding is required, such as in military and aerospace systems. It can also be used in power and data transmission systems where EMI/RFI immunity is critical. Finally, it can also be used in medical and laboratory systems where shielding from EMI is essential.

We have discussed the components of a contact, fingerstock, and gasket and the 4181AG51K01190 contact, fingerstock, and gasket. Now, we can look at its application field and working principle. The 4181AG51K01190 contact, fingerstock, and gasket has a variety of application fields, including military and aerospace systems, power and data transmission systems, and medical and laboratory systems. Its working principle is based on providing a secure, reliable electrical connection between two contacts while providing superior shielding from EMI and RFI energy.

In conclusion, the 4181AG51K01190 contact, fingerstock, and gasket is designed specifically for use in RF and EMI shielded applications. It consists of a contact, fingerstock, and a gasket that provide superior protection from damaging RF and EMI energy. The contact helps to secure the contact into the device, the fingerstock provides the necessary electrical connections, while the gasket seals the device from outside particles, dust, and liquids. The 4181AG51K01190 contact, fingerstock, and gasket has a wide variety of applications and its working principle is based on providing a secure, reliable connection while providing superior protection from RF and EMI energy.