25-109C-130-BD-16 RF/IF and RFID

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The RFI/EMI (Radio Frequency Interference/Electromagnetic Interference) contact system 25-109C-130-BD-16 is often used in a wide range of applications, including noise and vibration control, privacy and health-related issues, mechatronics, communications, ground transportation, and aviation. It is ideal for a variety of applications that demand dependable EMI/RFI isolation. Furthermore, it is engineered to offer superior contact technology that meets both industry specifications and the most stringent safety standards. This contact system is ideal for environments where time-sensitive or critical data needs to be transmitted securely.

This contact system is designed with a variety of materials, depending on the application. The materials used include copper, stainless steel, carbon steel, nickel-base alloys, silver-base alloys, aluminum, and other specialty materials. The contacts are designed to provide a reliable, robust, and low-contact resistance connection between the source and destination components. In addition to offering superior electrical performance, the contacts are also designed to provide superior mechanical performance as well.

One of the most popular and widely used components in the 25-109C-130-BD-16 contact system is the fingerstock gasket. Fingerstock gaskets are designed to provide a low-contact resistance and high-performance connection between two components when used in combination with the contact system. The fingerstock gasket helps to limit the transmission of both electromagnetic and radio frequency energy in electronic systems. The fingerstock gasket also provides a level of vibration damping that allows for improved performance of the electrical system.

The working principle behind the 25-109C-130-BD-16 contact system is based on two methods of transfer: direct contact and indirect contact. The direct contact method involves the application of mechanical force to two surfaces, causing them to form a conductive path for the current. This method has the advantage of providing low contact resistance, as well as minimal wear on the contact surfaces. The indirect contact method, also known as capacitive coupling, takes advantage of the dielectric properties of the components being connected, allowing for a low-resistance electrical connection between the two surfaces.

In order to provide reliable connection between electrical components, it is important to choose contact systems and fingerstock gaskets which meet the specific requirements of the application. The 25-109C-130-BD-16 contact system has been designed to meet the most stringent safety standards, as well as the requirements of electronic and mechatronic applications. Its fingerstock gaskets offer a level of vibration-damping which allows for improved performance of the electrical system, as well as a reliable and robust connection between electronic components.

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