4542AB51K02170 RF/IF and RFID

Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are two of the most common sources of interference found in electronic systems. RFI and EMI can cause a disruption in a system’s proper signal chain, resulting in a variety of undesirable consequences. Fortunately, modern electronic systems can be shielded from these types of interferences using components like contacts, fingerstock, and gaskets.

4542AB51K02170 contacts are specialized components designed to reduce the level of EMI and RFI in electronic systems. These contacts are available in a variety of shapes and sizes, and can be used for a variety of applications. They are used in applications requiring extremely high levels of signal integrity, such as automotive, military, and aerospace systems.

Fingerstock is a type of contact that is specifically designed to reduce the amount of EMI and RFI generated by an electronic system. It is composed of a spring metal material which is folded and bent into a number of shapes to form a series of contact points. These contact points provide an efficient path for the transfer of electrical signals, while also reducing the amount of unwanted noise generated by the system. Fingerstock is ideal for applications which require extreme signal integrity.

Gaskets are components which are used in electronic systems to seal off portions of a system, preventing EMI and RFI from entering or escaping. Gaskets can be made from a variety of materials including rubber, neoprene, and foam. They are designed to fit around the edges of an electronic system, providing a tight seal which prevents unwanted interference from entering or exiting the system. Gaskets are essential in applications that require tight shielding from EMI and RFI.

In conclusion, contacts, fingerstock, and gaskets are essential components for ensuring high levels of signal integrity in electronic systems. These components provide effective shielding from EMI and RFI, allowing a system to function properly without unnecessary interference.