0097095832

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:	Rivet
Operating Temperature:	121°C

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Introduction

Radio Frequency Interference (RFI) and Electromagnetic Interference (EMI) are two of the biggest challenges in any electrical or mechanical engineering environment. Widespread use of computers and other electronic devices has led to a significant increase in the potential for interference or disruption from outside sources, such as radio signals and high voltage electrical lines. It is therefore essential to have measures in place to protect against potential RFI and EMI. Contacts, fingerstock and gaskets are all key components of any electrical or mechanical design and can play a major role in minimising the impact of RFI and EMI.

What is 0097095832?

0097095832 is a material code for a specialized contact material fluorocarbon elastomer. It is a type of material which exhibits exceptional properties of insulation, noise suppression, temperature resistance, ozone resistance, chemical resistance and flame retardancy. For the purposes of this article, it is important to note that the material code 0097095832 is specifically designed for applications where the contact requires resistance to RFI and EMI radiation.

Application Field and Working Principles of 0097095832

0097095832 is an excellent material for contact applications where the contact must be able to resist RFI and EMI radiation. It is commonly used in electrical equipment, switches and connectors. The material features an insulation resistance of >1T ohm-cm2/V, a dielectric strength of >3kV for 0.2mm thick material and a dielectric constant of 2.85.The working principle of 0097095832 is based on the prevention of the flow of electrical current through the contact material due to the high insulation resistance. This protects the contact from electric shock and any resulting damage. The material also features excellent noise suppression and temperature resistance, allowing it to remain undamaged in the event of an RFI or EMI incident.

Benefits of 0097095832

The advantages of using 0097095832 as a contact material include its high insulation resistance, dielectric strength and dielectric constant. These properties make the material a very effective choice for applications in which contact must resist RFI and EMI radiation. In addition, the material is ozone resistant, flame retardant and offers excellent chemical resistance, all of which increase the longevity of the contact when exposed to harsh environmental conditions.

Uses of 00970958

0097095832 is commonly used in applications where the contact material must exhibit resistance to RFI and EMI radiation. These applications include:

• Switches and Connectors
• Electrical components
• Medical equipment
• Automotive electronics
• Telecommunications equipment

Conclusion

Overall, 0097095832 is an excellent material for contact applications in environments where RFI and EMI radiation is present. The material features excellent insulation resistance, dielectric strength and dielectric constant, which makes it ideally suited to applications in which contact must resist RFI and EMI radiation. The material’s ozone resistance, flame retardancy and chemical resistance also ensures that the contact will remain undamaged in the event of an RFI or EMI incident.

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