0C98055015 RF/IF and RFID

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Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) can be a troublesome issue for many modern electronic systems. In general, these issues can be addressed through careful attention to signal and power integrity/grounding, shielding, and proper cabling. However, in some cases, filtered contacts, fingerstocks and gaskets can offer additional help in combating interference. In this article, we will examine the application field and working principle of 0C98055015, a commonly used filtered contact, and discuss how it can be used to reduce both RFI and EMI.

0C98055015, also known as a trap filter, is a filtered contact designed for inserting into a connector housing. It is typically inserted in an existing instrumentation, information technology or telecommunications system for the purpose of providing additional shielding from EMI. The contact installer has two “traps” that open when the filter is inserted. This allows the contact to provide additional shielding and to filter out high frequency signals that can interfere with other electronic components in the system.

When installed, the 0C98055015 offers maximum protection from electromagnetic interference. Its designers have taken into account the strength of the incoming signal, the type of hardware being used, and the amount of protection needed. The filter is designed to reject high-frequency signals, but allow low-frequency signals to pass through. It is also designed to be rugged and reliable, with no physical contact between the contact pins and the outside environment. This ensures that the filter remains secure and functional, even under the most extreme conditions.

The 0C98055015 can be installed into a variety of connector housings, such as those used in instrumentation, information technology or telecommunications systems. The process of installation is relatively simple. First, the two “traps” of the contact must be opened by pressing the contact pins together. This “trapping” allows the contact to create a shield between the outside environment and the internal wiring. Then, the contact can be inserted into the connector housing. This provides additional shielding from electromagnetic interference, while also allowing low-frequency signals to pass through.

The 0C98055015 can also be used to reduce the effects of Radio Frequency Interference (RFI). This is accomplished by “trapping” the interfering signal. When the signal enters the contact, it is filtered out by the traps, reducing the amount of interference present. This can be especially helpful in areas where radio-based signals are dense, such as near airports or military bases.

In addition to filtering EMI and RFI, the 0C98055015 contact can also be used as a fingerstock or gasket to provide a seal between two components. The primary purpose of the contact is to provide an air-tight seal between two components, which helps to reduce the risk of dust or moisture entering the system. This is especially important in cases where high-speed data transfer is occurring, as this can cause the system to overheat if it is not properly sealed.

In conclusion, the 0C98055015 contact is an effective way of reducing both RFI and EMI. Its effectiveness lies in its design, which allows it to both trap high-frequency signals and provide an air-tight seal between two components. By providing shielding and filtering, the contact can help to reduce the amount of interference in an electronic system. Its ease of installation and rugged construction make it an ideal choice for many applications.

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