1932180-1

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Memory connectors, inline module sockets, comprise a versatile class of connector types that can provide a cost-effective and reliable connection for high and low-performance applications. Such connectors are used in a wide range of devices, ranging from critical automated systems to consumer electronics. The 1932180-1 inline module socket is designed for a broad range of applications.

Applications

The 1932180-1 inline module socket can be used in a variety of applications. It is designed to be used in high-density, high-performance applications, including:

• Data Acquisition and Automation
• Telecommunications
• Industrial Controls
• Computer Peripherals
• Medical Instruments
• Avionics and Satellite Systems
• Consumer Electronics

The 1932180-1 inline module socket offers a wide range of features that make it suitable for a wide range of applications. It is designed for use in critical applications, where both reliability and performance are important factors. It has a compact design that enables it to fit tightly into very limited spaces, and its contacts are designed to have low risks of short circuits. Additionally, its robust construction ensures that it can withstand repeated uses.

Working Principle

The 1932180-1 inline module socket follows a standard electrical connection process. The connector is designed as one solid unit with two mating halves, the plug and the socket. The plug has metal contacts that make electrical connections with the socket, while the socket has metal contacts that make electrical connections with the plug. The metal contacts of the plug and socket are spring-loaded to ensure a secure connection. Once the contacts are connected, an electrical connection is established, allowing power to flow through the connector.

The 1932180-1 inline module socket is designed to ensure a secure and reliable connection every time. Its spring-loaded contacts provide strength and stability, and ensure that the connection will not be interrupted. Its construction ensures that the contacts will remain secure even when the connector is subject to shock, vibration, and temperature changes. The spring-loaded contacts provide a reliable connection even when the external environment changes.

Conclusion

The 1932180-1 inline module socket is an ideal connector for a variety of applications. It offers a reliable and secure connection, and its compact design enables it to fit into very tight spaces. Its construction ensures that it will withstand shock, vibration, and temperature changes, and its spring-loaded contacts ensure that the connection will not be interrupted. As such, it is ideal for use in high-performance and critical applications.

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