5-146131-6

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Rectangular connector headers, male pins, are an important part of many electronics systems, as they provide a way to interact with the various circuitry, offer power and signal lines, and make it easier to.replace components without completely dismantling the system in which they are used. The model 5-146131-6 is an example of a common type of connector header that has been used in many applications from telecommunications to medical electronics. This article will look at the various applications in which this particular model is used and how it works.

Application Fields

The 5-146131-6 header model is generally used as a point of interface in applications across numerous industries, including medical, telecommunications, aerospace, and automotive. These connectors are popular in medical applications due to their high level of reliability and durability. The high temperature resistance, vibration and shock protection, and strength of the connector header make it an ideal choice for use in medical electronics. In the telecommunications field, the 5-146131-6 model is often used for connecting digital signal processors to line cards. The model is also suitable for use in more complicated communication networks where digital subscriber line (DSL) is used.

In the aerospace industry, connectors of this type are used as quick-disconnect systems, allowing electronic components to be quickly and reliably connected and disconnected. This allows aircraft components to be replaced easily. Similarly, automobile manufacturers have adopted this connector model for use in their vehicles. The plug-in design of the model 5-146131-6 makes it ideal for use in environments where speed is of the essence.

Working Principle

The 5-146131-6 rectangular connector header is an easy-to-use and reliable design. Each header consists of a series of pins that are placed in holes, with each pin having a head and a body. The pins are held in place by a retention feature, which can be a grooved clip, a latch, or another type of retaining mechanism. The body of the pins also serves to align the holes with each other and maintain a robust connection.

When the pins are locked into place, a series of electrical contacts near the head are engaged, creating a connection between the pins. The pins can then transmit power or data signals between two connected components. Once the connection is no longer needed, the pins can be quickly released by disengaging the retention feature, typically by pushing down the retention clip or pressing a latch. This allows for quick and easy removal and replacement of components.

The design of the 5-146131-6 connector header also allows for the use of multiple pins in a single connector header. This allows for an increase in the amount of data that can be transferred between connected components, enabling more complex systems that require a higher level of data transfer. The design also allows for the pins to be positioned at various angles, allowing for components to be connected at various orientations.

The 5-146131-6 is an incredibly versatile connector pin model that can be used in many different applications, thanks to its reliable design and high-performance features. Its plug-in design makes it ideal for use in a variety of industries, such as medical, telecommunications, aerospace, and automotive. The pins are held in place securely through a retention feature and firmly locked in place through electrical contacts near the head. The design of the pins also allows for multiple pins to be positioned in a single connector, and for the pins to be positioned at various angles, allowing for more complex systems to be built. These features make the 5-146131-6 model perfect for use in demanding applications where reliability and performance are of the utmost importance.

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