Allicdata Part #: | 0097091801-ND |
Manufacturer Part#: |
0097091801 |
Price: | $ 15.97 |
Product Category: | RF/IF and RFID |
Manufacturer: | Laird Technologies EMI |
Short Description: | STS3,STR,BF |
More Detail: | N/A |
DataSheet: | 0097091801 Datasheet/PDF |
Quantity: | 1000 |
20 +: | $ 14.52370 |
Series: | -- |
Part Status: | Active |
Type: | Fingerstock |
Shape: | -- |
Width: | 0.350" (8.89mm) |
Length: | 15.000" (381.00mm) |
Height: | 0.110" (2.79mm) |
Material: | Beryllium Copper |
Attachment Method: | Adhesive |
Operating Temperature: | 121°C |
Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us: sales@allicdata.com
RFI and EMI - Contacts, Fingerstock and Gaskets
Radio frequency interference (RFI) and electromagnetic interference (EMI) are two major electrical phenomena, both of which can cause electric components to malfunction due to interference from external electromagnetic fields. In order to prevent these potentially harmful effects, engineers must take into account the material composition of the contacts, fingerstock, and gaskets used in electrical components. The appropriate combination of these components is essential for reducing the risk of electric shock or material failure due to their possible interaction with external electromagnetic fields.
The material composition of contacts, fingerstock, and gaskets plays a key role in managing RFI and EMI levels. Contact materials can range from basic metals such as copper, aluminum, and steel to more complex alloys such as nickel-plated copper or brass. Furthermore, fingerstock materials can vary between metals such as bronze and plastics like Fluoroplastic. Similarly, gaskets can have a range of composite materials, from natural rubber to neoprene. Choosing the appropriate material for contacts, fingerstock, and gaskets in electrical components is important in order to minimize the potential effects of RFI and EMI.
RFI and EMI are usually measured using a radiofrequency or an electromagnetic test. These tests evaluate the interference levels emanating from the electrical components by measuring the maximum power in watts per square meter. The resulting EMI level is then compared with the accepted level of the applicable standard, such as the European product standards or the FCC guidelines in the United States. Knowing the RFI and EMI levels of a component is important for ensuring its compliance with electrical regulations and avoiding any harmful consequences of interference.
The electrical connection of components is also important for managing RFI and EMI levels. The shielding abilities of contacts, fingerstock, and gaskets depend on their material configuration. For example, copper contacts may be fitted with a removable braze solder which reflects the RFI and EMI emitted, thereby reducing their effect on the component overall. Similarly, fingerstock and gaskets can be configured to maximize shielding capabilities by controlling the level and direction of the RFI and EMI fields.
Finally, proper installation of the contacts, fingerstock, and gaskets is required for reducing the risk of RFI and EMI interference. Any gaps in the contacts or in the gasket can compromise the shielding efficiency. Furthermore, any pressure applied to the contact, fingerstock, or gaskets during installation can reduce their electrical conductivity.
In conclusion, RFI and EMI-related interference are serious problems in the electrical industry. It is essential to consider the material composition, electrical connection, and installation process of contacts, fingerstock, and gaskets in order to reduce the risk of RFI and EMI interference. By selecting the appropriate materials and taking the necessary precautions, engineers can ensure that their components are compliant with the applicable standards and regulations.
The specific data is subject to PDF, and the above content is for reference
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