350-80-143-00-024101

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Rectangular connectors are commonplace in modern electronics, having been used for a variety of applications for decades. As the need for more reliable and compact solutions in electronic systems grows, advances in rectangular connectivity technology continues to be made, and they remain one of the most prevalent connectors on the market. The type of connector examined in this article is referred to as a header, male pin connector - more specifically, the 350-80-143-00-024101 model. In the following sections, the applications of this connector, as well as its working principle, will be examined and discussed.

Applications

Due to their small size and low power requirements, these connectors are often found in mobile devices. In particular, they are highly suited for devices that require light signals to be transferred from one circuit board to another. The compact size and simple shape of the connector also makes them a suitable choice for space-constrained environments, where it may be necessary to route cables around tight corners or between multiple PCBs. Additionally, the connectors have a low contact resistance, making them suitable for applications where resistance must be minimized, such as in signal transmission between medical instruments.

Due to their inherent flexibility, they can also be used in applications where multiple signals need to be transferred simultaneously. This is especially useful in applications requiring the simultaneous transmission of data over long distances. The connectors are also highly reliable when used for signal transmission, making them a popular choice for applications involving multiple PCBs, or where a device must constantly interface with multiple peripheral devices. In addition, the connectors are suitable for use in a variety of operating environments, including extreme temperatures or vibration, due to their construction and materials.

Working Principle

The working principle of the 350-80-143-00-024101 header, male pin connector revolves around the wiring and connection of two circuit boards. The first circuit board is supplied with power and, in turn, provides a signal to the second circuit board through a socket connection. In the socket connection, the two circuit boards are held together by an electrical contact. This contact then connects the two circuit boards and facilitates the flow of the signal and power.

The actual contact of the two circuit boards is generated by the use of a conductive material, such as tin or copper. This contact material is applied to the socket and is placed directly on the PCB, where it creates a bridge between the two conductive surfaces. The conductive material then transmits the signal from one circuit board to the other, while also establishing a direct connection between the two components. This direct connection allows the power to be transmitted efficiently through the socket, while also providing transmission of the signal.

Additionally, this contact material can also act as an insulation layer, ensuring that no current can escape from one circuit board to the other. This insulation is necessary in order for the system to work effectively, as it prevents any potential short circuiting which could lead to a malfunction. The insulation also helps to inhibit any signal noise which could interfere with the correct operation of the system.

Conclusion

The 350-80-143-00-024101 header, male pin connector is an exceptionally reliable and popular small-sized connector which is suitable for a variety of applications. Due to its small size and low power requirements, the connector is well suited for many mobile devices. In addition, due to the use of a conductive material and an insulation layer, the connector is able to provide a reliable and efficient connection between two circuit boards, as well as providing the necessary protection against short circuits and signal noise. As such, it remains an important component in many modern electronic systems.

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