851-41-031-20-001000

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Rectangular connectors consist of a group of single and double row female sockets, headers and receptacles that form a connection for electrical circuits. The 851-41-031-20-001000 connector, in particular, is an example of a single row female socket connector, designed for 5 circular contacts. It is commonly used as an interface between a PCB (Printed Circuit Board) and a connector.

The 851-41-031-20-001000 header is made of high-quality CU (copper alloy) hence it is highly durable and reliable. It comes with surface-mounting technology which makes it suitable for use in a wide variety of applications. Moreover, the 851-41-031-20-001000 header is highly resistant to corrosion and thermal expansion which ensures it delivers reliable performance for long periods of time.

The 851-41-031-20-001000 female socket connector also has the ability to accept solderless connections. This helps to reduce labor costs and improve soldering time. Additionally, it has an array of pins which can be modulated to suit a variety of applications.

The 851-41-031-20-001000 female socket connector is widely used in a variety of applications, including medical instruments, automotive, control systems, data communication, telecommunications, wireless communication, consumer electronics, and many more. In addition, it can also be used with several PCB connector systems.

The 851-41-031-20-001000 connector works on the principle of contact resistance. When the contact is made, a force is generated that produces an electrical current between the two points of contact. This generates an electrical voltage which is measured by a voltmeter. The electrical resistance of the connector greatly influences the voltage generated during contact.

In conclusion, the 851-41-031-20-001000 is a rectangular female socket connector that is designed for 5 circular contacts. It is highly reliable and cost effective, making it suitable for a wide variety of applications. Additionally, the 851-41-031-20-001000 connector works on the principle of contact resistance to generate an electrical voltage.

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