399-93-141-10-003000

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Rectangular connectors are often divided into two different categories: headers and receptacles, also known as female sockets. Each of these connectors has its own distinct purpose. 399-93-141-10-003000 application field and working principle is an important aspect to consider when selecting which type of connector is right for an application.

Headers

Headers are the connectors that are soldered directly onto a circuit board. This makes them ideal for providing tight physical connections as well as electrical contacts. 399-93-141-10-003000 headers have an array of pins, which are arranged in a specific pattern. The pins are typically either 2.54mm, 3.96mm, 2.00mm, or 0.50mm pitch apart. The number of pins on the headers can vary, but usually range from 2-20.

The working principle of a 399-93-141-10-003000 header is that when a mating connector, such as a female socket, is inserted into a specific spot on the header, each pin of the header is electrically connected to its corresponding pin on the mating connector. This allows signals to be transferred between the two connectors, which helps create a connection between two different pieces of hardware.

Receptacles (Female Sockets)

Receptacles are the female counterparts to the headers, which are meant to be mated with them. The design of the receptacles is the opposite of that of the headers, as they feature an array of holes rather than pins. These holes are where the pins of the header connector can be inserted in order to create a connection.

399-93-141-10-003000 receptacles have a similar design to that of the headers, as they have an array of holes that are arranged in a specific pattern. These holes are spaced at the same pitch as the pins on the headers, which can help ensure that the two connectors will be able to fit together properly, creating a reliable connection. The number of holes on the receptacle can also vary, but usually range from 2-20.

The purpose of a 399-93-141-10-003000 receptacle is to provide an interface to connect the header connector with other components in the system. By connecting the pins of the header connector with the receptacle, signals can be transferred from one component to another, allowing for communication between two pieces of hardware.

Application Field

399-93-141-10-003000 headers and receptacles can be used in various applications, such as communications systems, consumer electronics, industrial machines, and automobiles. Due to their small and compact size, they can be used in tight spaces, which makes them suitable for a variety of applications.

One of the most common uses of rectangular connectors is for connecting components of an electronic circuit together. The header and receptacle are soldered to circuit boards, which provides a secure connection while also providing reliable electrical contacts between components. This type of connection is especially useful in applications where signal integrity is critical.

Another popular application for rectangular connectors is in consumer electronics. 399-93-141-10-003000 headers and receptacles can be used to connect components, such as buttons, microphones, and speakers, to the main circuit board. This helps to create reliable connections while also making the device more compact.

Finally, rectangular connectors are used in various industrial and automotive applications. In these cases, they can be used to connect components in a secure and reliable manner, such as in heavy machinery or cars. The versatile nature of these connectors allows them to be used in a wide range of applications.

Conclusion

399-93-141-10-003000 application field and working principle are an important consideration when looking to select the right type of rectangular connector for an application. Headers are soldered to circuit boards and feature pins that are arranged in a specific pattern. When mated with a receptacle, which contains a corresponding array of holes, a secure and reliable electrical connection is created. These connectors are ideal for a variety of applications, including communications systems, consumer electronics, industrial machines, and automobiles.

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