10023061-10124

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Memory connectors, also known as inline modules sockets, are widely used in various fields such as industrial control, automotive, telecommunications, and consumer electronics. They provide a reliable connection between two devices while at the same time minimize electrical loss and mechanical interference. This article will discuss the different applications of 10023061-10124 memory connectors, along with their working principle.

10023061-10124 memory connectors are designed mainly for use in industrial automotive applications, as they are specifically designed to provide a reliable connection for high-speed transmission and control signals. This type of connector is also widely used in telecommunications equipment, providing a reliable connection between two devices while at the same time minimizing electrical loss and mechanical interference. Additionally, they can also be used for consumer electronics such as cell phones and digital cameras. In each case, the application of 10023061-10124 memory connectors depends on the specific wire size, signal characteristics, and operating environment.

In terms of their working principle, 10023061-10124 memory connectors consist of two components: a contact and a housing. The contact goes into the device\'s chassis, while the housing remains outside the device. The contact typically consists of a flat interface with several pins mounted in an angular, round, or oval configuration. This helps to ensure maximum contact between the two items. The housing or socket is then placed over the contact, providing strong mechanical mounting and vibration protection. Additionally, the contact may be press-fit, snap-fit, clips, or glues together for a secure connection. The housing will then attach to the mating device or cable depending on the application.

10023061-10124 memory connectors are widely used in many demanding applications, such as automotive, telecommunications, industrial control, and consumer electronics. They provide reliable electrical connection and minimize electrical loss and mechanical interference. They consist of two components: a contact and a housing, which are essential for providing a secure connection. The contact typically comes in a flat interface with several pins which are mounted in an angular, round, or oval configuration to ensure maximum contact. The housing is also necessary for providing strong mechanical mounting and vibration protection. Lastly, the connector can be press-fit, snap-fit, clips, or glues together, depending on the specific application.

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