RFI and EMI - Contacts, Fingerstock and Gaskets

S1791-42R Application Field and Working Principle

The S1791-42R series are part of the extensive line of Fingerstock and Gaskets manufactured by RFI and EMI Shielding specialists. These parts provide a cost-efficient solution for control systems shielded with fingerstock and gaskets.

The S1791-42R\'s low cost, small size and robust design makes it an ideal choice for use in small electronic devices. Its ability to maintain close contact with the control system\'s ground plane makes it suitable for use in applications that require high RFI and EMI immunity. These components are also cost-effective and easy to install, saving time and money.

The S1791-42R series consists of three different models: Standard, Extended and High-performance. Each model has its own unique features, as well as distinct advantages for different applications. The Standard model has a robust design and provides low-level to moderate RFI and EMI immunity. The Extended model has higher RFI and EMI immunity, as well as a larger contact area. The High-performance model combines the features of the two previous models and is more suitable for high-frequency applications.

The assembly process of the S1791-42R series begins with the mounting of the contact pins and the anchor points. The contact pins are then inserted into the board. Once the contact pins have been inserted, the anchor pins are inserted into the pocketing clips. The clips are then secured to the ground plane with threaded studs or screws. The next step is to install the contact blocks that will maintain secure contact with the ground plane. The contact blocks are then fixed in place with rivets.

The S1791-42R series of Fingerstock and Gasket offers RFI and EMI shielding to control systems in a cost-effective manner. With its rugged design and low cost, this series provides maximum protection for a variety of control system applications. The S1791-42R series is an ideal choice for minimizing interference and maintaining system integrity in a variety of control systems.