PZC02DFBN

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Rectangular Connectors - Headers, Male Pins, are commonly used in electronic designs, particularly in products requiring higher voltage or current capability. PZC02DFBN, as a specific type of rectangular connector, has become a popular choice for many applications. This article provides an overview of the PZC02DFBN application field and working principle.

PZC02DFBN Applications

PZC02DFBN connectors are used in a wide range of industries and applications. They are usually used when power and signal connections are needed in telecommunications, industrial automation, networking systems, computer systems, and automotive systems. In particular, they are often used in applications that require greater current or voltage than other types of connectors. Additionally, they have a large enough contact pitch to accommodate traces in automotive wiring.

PZC02DFBN connectors are suitable for panel-mounting, meaning that the connectors are mounted directly to a circuit board or housing. The connector housing features a keyway system that makes mounting and unmounting the connector fast and secure. The connector also features a latched design that prevents it from coming loose during vibration or shock.

One of the advantages of PZC02DFBN connectors is their high density. They feature a smaller overall size, allowing them to be used in applications where space is at a premium. Additionally, the contacts are arranged in two rows which allow for a high number of contacts in the given pitch size. This makes them well-suited for applications that require a large number of connections in a limited amount of space.

Working Principle

PZC02DFBN connectors consist of two mating parts - male pins and headers. The male pins are made of metal and include insulation sleeves to prevent short circuits. They are connected to the header by a crimp connection.

When two PZC02DFBN connectors are mated, the male pin and the header create an electrical connection. The header contains a series of holes which are connected to the contacts. When the male pins are inserted into the header, the contacts on the header and male pins make contact and establish an electrical connection. This ensures reliable and secure electrical connections with minimal arcing.

When the two parts of a PZC02DFBN connector are mated, a latch on the header locks them together and prevents the connectors from coming apart. This helps to prevent accidental disconnection of the mating parts. Additionally, the latched design also helps to reduce the amount of vibration and shock that can be transmitted to the contacts. This ensures that the contact system remains secure and reliable.

Conclusion

PZC02DFBN connectors are a popular choice in many applications due to their high current and voltage capabilities, small size, and reliable latching system. They are often used in applications where power and signal connections are needed in limited space. Additionally, their contact system allows for a high number of connections. When mated, the male pins and headers create an electrical connection, and a latch on the header locks them together securely.

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