N3764-D202RB

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N3764-D202RB is one of the many rectangular connectors - headers, male pins, available in the market today. These connectors are designed to provide electrical connection between two or more components, and they can be used in a variety of applications, from computers to home appliances, to industrial machinery.

From the standpoint of appearance, the N3764-D202RB is a two-row, 20position right angle connector. It features stacked contacts in two rows, with spacing of 2.54mm between each contact. It is capable of handling a maximum current of 1.5A, and its contact mating retention force is 2.5N/cm.

The N3764-D202RB is made of plastic, with a phosphor bronze alloy contact. The contact material makes the connector very resistant to oxidation, making it a durable option for most types of applications. Additionally, its low-profile design makes the N3764-D202RB suitable where a compact profile is necessary.

This product is suitable for a number of applications, including power and signal connection in various electronic equipments. It is also widely used in industrial machinery and home appliances.

The N3764-D202RB\'s working principle is based on the use of prongs. The prongs make electrical contact with each other when plugged in, and push against each other in order to prevent the connectors from becoming loose or separating. This ensures a reliable electrical connection. The prongs are made of a conductive material, so they can direct the current through the connector without any resistance.

The N3764-D202RB is relatively simple to install and requires little maintenance. The connector does not require any additional tools or hardware, making it an easy and cost-effective option.

Overall, the N3764-D202RB is a reliable, durable, and cost-effective option for applications requiring electrical connection between two or more components. Its working principle, based on the use of prongs, allows for a reliable electrical connection between components, while its low-profile design makes it a suitable choice for applications where space is a consideration. Its wide variety of applications make it a versatile option for a wide range of applications.

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