11-32AH-BD-16

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Radio frequency interference (RFI) and electromagnetic interference (EMI) both have an effect on the integrity of electrical circuits. In order to protect the circuits from these influences, shielding and routing components such as contacts, fingerstock, and gaskets can be used. One example of these components is an 11-32AH-BD-16 application field and working principle.

The 11-32AH-BD-16 is a shielded RFI contact that is used to interconnect shielded circuits. It consists of two parts, the contact and the ferrule. The contact is a small plated metal pin with two solder tails. It is designed to fit into a small bore orifice in the ferrule. The ferrule is cylindrical with holes in the sides and is made from stainless steel. The contact and ferrule are spring loaded together and are held in place by a threaded sleeve.

The 11-32AH-BD-16 fits into a customer specific RF Gasket, such as 11-32FH-SG-32, which provides a physical barrier against EMI and RFI. The RF Gasket is a foam material that is compressed and adhered to the outer periphery of the ferrule. This gasket is designed to provide an electrical isolation seal when properly compressed. This ensures that any electrical activity is contained within the circuit board, shielding it from interference from external sources.

The 11-32AH-BD-16 is also used with fingerstock. Fingerstock is a metal material that is designed to provide an effective mechanical and electrical contact between components. It can be inserted between components and between the contact and the ferrule, providing an effective shielding solution. The fingerstock used with the 11-32AH-BD-16 is typically placed behind the contact and over the ferrule, providing protection between them.

The 11-32AH-BD-16 can also be used with RFI Shielding tapes, which provide an effective method to reduce RFI. The shielding tape is applied around the circumference of the RF Gasket, ensuring that any electrical activity is contained within the circuit board and shielding it from outside interference. It is also designed to block any radiation exiting the circuit board.

In conclusion, the 11-32AH-BD-16 application field and working principle is an example of how RFI and EMI components such as contacts, fingerstock, and gaskets can be used to protect electrical circuits from interference. These components can be used in a variety of applications, but they all function the same way and offer the same protection from outside interference. By using them properly, it is possible to ensure that circuits remain safe and functional, no matter what kind of interference may be present.

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