4211AB51K01650

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In the field of RFI and EMI, contacts, fingerstocks and gaskets commonly play an important part. 4211AB51K01650 is a popular choice in these products. This article will provide an overview of the application field and working principle of 4211AB51K01650.

4211AB51K01650 is a commitment-compliant, self-lubricating compression contact. It features a continuous strip of alloy steel and a wide range of microstructure variants. These variants enable the compression contact to be designed to meet specific requirements, such as current rating, environmental conditions, mechanical abuse, and electrical performance. The contact’s open finger design provides strain relief and maintains proper contact pressure in both low and high current applications.

The product has wide application in electrical connections found in military, aerospace, industrial, consumer, vehicle and other commercial devices. It is an ideal choice for applications in which compression contacts provide greater electrical performance than spot welding or soldering. Examples include the electrical connection between a terminal and a contact wire in a typical automotive device, an electrical connector in a medical device, or a combination of electrical and mechanical load-bearing connectors in a flight test vehicle.

The basic working principle of 4211AB51K01650 is simple. It works by compressing an open fingerstock made of alloy steel, which is designed to be both reconfigurable and self-cleaning. The fingerstock is seated in a return or backplate. The return and/or backplate is secured to the equipment. The contact and return conductors are then placed in contact with one another, creating a good electrical connection. Heat generated by the electrical connection helps to ensure contact between the two parts over time.

The contact design of 4211AB51K01650 is such that it is resistant to shock and vibration, making it suitable for high-vibration applications. It also has a high thermal conductivity, which helps to ensure a consistent, reliable electrical connection in harsh environments. Additionally, the contact is designed to reduce electrical noise and is extremely resistant to corrosion and oxidation.

As with any contact technology, there are also some limitations associated with the use of 4211AB51K01650. For example, it cannot be used in high-temperature applications due to potential thermal shock from rapid temperature changes. Also, the contact should not be used in areas of high electrical noise as it can cause false readings. Finally, the contact should not be used in applications requiring precise accuracy, as any errors can be difficult to detect and correct.

4211AB51K01650 is an excellent choice for a wide range of applications in the RFI and EMI fields, offering excellent electrical performance in both low and high current applications. It is a reliable and durable product with a high thermal conductivity and excellent resistance to shock and vibration. It also provides significant corrosion protection and reduces electrical noise. However, it should not be used in high-temperature applications, in areas of high electrical noise, or in applications requiring precise accuracy.

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