ESD-132-G-24

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Rectangular connectors, such as ESD-132-G-24, are the type of interconnects used primarily in electronics. Specifically, they are headers, receptacles, and female sockets. As such, they provide a physical connection between two components, allowing power and data signals to flow between them. In this article, we will look at the types of applications for ESD-132-G-24, as well as how it works.

Applications

ESD-132-G-24 has multiple applications, depending on the connection type involved. These connectors can be used to connect printed circuit boards, memory modules, or other electronic components. They are also often used for digital data and power connections. In addition, these connectors can be used to connect cables to other external devices, such as a power supply or an external monitor.

Connector Types

ESD-132-G-24 connectors come in various shapes and sizes. The two main types are headers and receptacles. Headers are connectors that have male pin connectors which slot into ports on a board or device. Receptacles are connectors with female ports which accept pins from a header. The female sockets version of this connector is for flat cables, and has a clip which attaches the cables to the connector.

Material

ESD-132-G-24 connectors are made from various plastics and alloys. The most common material is polyamide or nylon. This material offers a combination of strength and flexibility, allowing the connectors to withstand repeated use and the wear and tear of daily use. In addition, the connector contacts are made from nickel-plated steel which is highly resistant to corrosion and has good electrical conductivity.

Working Principle

The working principle of the ESD-132-G-24 connector is simple. It consists of two components: a male and a female connector. The female connector has a row of pins, which are inserted into a matching row of slots in the male connector. The connection is completed when the two pins on the female connector are inserted into the corresponding slots on the male connector, forming a secure connection. This ensures that the connection cannot be removed without breaking the pins or slots.

When the connection is complete, power and data signals can flow between the two components without interruption. In addition, the connector is designed to have a low resistance, which helps ensure that the signals remain strong and free from signal degradation. The connector also has a secure locking mechanism, which prevents the connection from being accidentally disengaged.

Conclusion

ESD-132-G-24 connectors are versatile rectangular connectors that are used in many applications. They come in multiple shapes and sizes and are made of a variety of materials. The most common is polyamide which offers a combination of strength and flexibility. The working principle is simple: two connectors with matching rows of pins securely lock when the pins on the female connect to the slots on the male. This provides power and data signals between the two components, and the secure locking mechanism prevents accidental disengagement.

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