10074146-10202LF

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Inline Memory Module Sockets are just one type of Memory Connector with a wide range of uses. 10074146-10202LF is a popular product in this module socket family. This article explores the application field and working principle behind 10074146-10202LF Memory Connector.

Features and Benefits

10074146-10202LF Memory Connectors are used in a variety of applications for signaling and power. They feature a wide array of clearances, external length, package style, and a centerline. The benefits of 10074146-10202LF Memory Connectors include higher levels of performance and reliability than traditional connectors.

10074146-10202LF Application Field

The 10074146-10202LF Memory Connector is best suited for applications in which low to medium-level current is required. These applications can be found in the automotive, defense, and mobile device markets. In automotive markets, the 10074146-10202LF Memory Connector is utilized for power and data transmission, early warning systems, electronic stability control, and automatic climate control. In the defense industry, it is used for radar systems, night vision equipment, and missile guidance systems. For mobile devices, these connectors are used for charging, data transfer, and conducting sensing operations.

Working Principle

The 10074146-10202LF Memory Connector is designed to facilitate the flow of electrical current and data between an input device and an output device. It features two essential components: an insulator and metal pins. The insulator provides an electrical and thermal insulation barrier to ensure that the current is delivered safely and efficiently between the input and output devices. The metal pins, known as contacts, provide the actual pathways for the current.

The 10074146-10202LF Memory Connector utilizes a single row of metal contacts, which are arranged in a straight line layout. When power or data flows through the connector, it is sent through these contacts. This allows signals to travel bidirectionally, which is one of the main advantages of this type of connector. The metal pins can also be electroplated with gold or nickel, making them corrosion-resistant.

Conclusion

The 10074146-10202LF Memory Connector offers numerous benefits, such as improved performance and reliability. Its low to medium level current requirement makes it an ideal choice for a wide range of applications, including those found in the automotive, defense, and mobile device markets. The working principle behind this connector involves an insulator and metal pins that allow for bidirectional transmission of signals. This makes the 10074146-10202LF Memory Connector an excellent choice for high-power applications.

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