929836-08-34-RK

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The 929836-08-34-RK connector is part of the wider range of Rectangular Connectors - Headers, Male Pins. This particular model is of an 8 pin male header type and is designed for high-density applications. It is commonly used in areas such as PCB (Printed Circuit Boards) and other electronic components that need to be interconnected.

The 929836-08-34-RK connector has a gold finish on its contact pads, which gives it a better electrical de facto connection with other components. The connection is designed in such a way that the pins and socket have a positive mating force and can be connected and disconnected from each other easily. It is also designed to provide reliable electrical connection which makes it perfect for industries where reliable electrical connection is of utmost importance.

The application field for the 929836-08-34-RK connector covers many areas, primarily high-density applications. It is used in a variety of construction sites, from buildings to vehicles, to provide reliable and safe electrical connections between components and devices. It is also popular in consumer electronics, telecommunications and industrial control systems due to its small size and high-density contact pad. This makes the device ideal for use in high-density applications where space and flexibility are of utmost importance.

The working principle behind the 929836-08-34-RK connector is straightforward. When connected, the male pin terminal is inserted into the female receptacle, pushing the contact pins into the female receptacle. This creates an electrical connection, also known as a junction. The pins are held in place by achieving the optimum contact gap, which is determined by the specific requirements of the application.

The 929836-08-34-RK connector is an essential part of any high-density application. By creating reliable electrical connections between components, it helps ensure that the current is transported safely and efficiently from one component to another. Its design and construction also allow it to be used in tight spaces, allowing more flexibility in design while also providing reliable electrical connections.

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