304-13-146-41-780000

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Rectangular Connectors - Headers, Receptacles, Female Sockets

The variety of rectangular connectors designations is extremely wide when considering headers, receptacles, and female sockets. Among them the characteristically popular and widely appreciated usage for these products includes the 304-13-146-41-780000 design. In order to understand better what the 304-13-146-41-780000 design is used for and how it works, one has to first consider the individual components which create it.

For the majority of any type of female sockets, receptacles, and headers, the 304-13-146-41-780000 consists of multiple components: a connector body along with one or more metal contacts, also referred to as pins. Depending on the requirements of the application, these components are often extended or minimized in order to apply them to different rectangles, male and female connectors.

The 304-13-146-41-780000 connector design is used mainly in electrical applications, with the pins ranging from 6 to 24 pins. The connector can be either soldered or crimped in order to secure the contact and allow current to flow. The contact points are covered with an insulator to prevent any unwanted contact with the pin, thus ensuring the safety of the user.

The 304-13-146-41-780000 and its designations are mainly used in the manufacturing of printed circuit boards (PCBs) as a means to connect various components of circuits together. Its application includes any circuit that needs to transfer electrical signals, such as analog or digital circuits and data communication circuits. Another application is for motor drive circuits, as the design enables the connectors to transfer high-current levels.

The 304-13-146-41-780000 has the advantage of being able to be easily customized in order to match the specific requirements of the application. The body of the connector consists of a dielectric material, which can be tailored to fit the desired shape and work as an insulating material. Metal pins are then connected to the body and protrude outward in order to contact a mating connector, or to be soldered to a PCB. This assignment and design of the pins, length, and application can then be adapted to the desired requirements.

The working principle of the 304-13-146-41-780000 is relatively straightforward: when two compliant connectors are mated, electrical signals are transferred from one side to the other. It is able to transfer both analog and digital signals, depending on the pin assignment. Also, due to the insulative materials used to construct the body of the connector, no accidental contact with other parts of the circuit will occur.

In conclusion, the 304-13-146-41-780000 is a widely used design of rectangular connectors, mainly used in the manufacture of PCBs, motor drive circuits, and any electronic applications that need to transfer electrical signals. Its adaptable body materials and pins make it suitable for a myriad of applications. Furthermore, its working principle is simple, yet effective, providing reliable contact and signal transfer with minimal risk of errors.

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