4283PA51G01200 RF/IF and RFID

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4283PA51G01200 is a type of contact used in a radio frequency interference (RFI) and electromagnetic interference (EMI) environment, typically found in household electronic devices and wireless communication technologies. It consists of a fingerstock, gasket, contact plate, and other components, and is designed to shield or dampen electrical signals.The 4283PA51G01200 contact protects against both forms of interference. To understand how, one must understand the structure and working principle of the contact.The 4283PA51G01200 contact has a fingerstock, or a metal flat which houses the contact plate, gasket, and other components. The contact plate is the main component of the contact, and it\'s typically made of an electromagnetic material such as aluminum or copper. The gasket is a dielectric material which has the ability to block a certain frequency of electromagnetic energy. The other components may include insulated screws, washers, shields, and other components.The working principle of the 4283PA51G01200 contact is based on the concept of shielding. A shield is a metal layer which is placed around the contact to prevent the EMI or RFI from entering or exiting the device or system. The contact plate, gasket, and other components of the contact create a barrier between the device or system and the outside environment, thus preventing any electromagnetic energy from entering or exiting the device or system.The application field of 4283PA51G01200 contacts is vast. They are commonly used in wireless communication equipment, speakers, medical devices, automotive devices, and other communication systems. They are also commonly used in mobile phones, radio receivers, and other consumer electronics. Additionally, they are often used in computer hardware, including motherboards, circuits, and other components.Overall, 4283PA51G01200 contacts are a vital component of the modern wireless communication and communication systems. Their structure and working principle is based on shielding, and by providing a barrier against electromagnetic interference, they are able to protect the device or system from potential damage due to RFI or EMI. Their applications are vast, and they are widely used in a variety of electronic devices and systems.

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