PZC31SABN

Rectangular connectors play a vital role in providing power, data, and communication links in various electronic equipment. The PZC31SABN connector is a header, male pin type connector that widely used in many applications. To understand the full capabilities of the PZC31SABN, it is vital to know its application field and working principle.

Applications

The PZC31SABN is designed for board-to-board and customized cable-to-board connections. It is also ideal for applications demanding reliable and secure connections. It is particularly suitable for applications that require higher voltage and current. As its header configuration is polarized, it allows exact alignment and prevents wrong insertion. The PZC31SABN offers superior signal integrity performance with its low contact resistance and high current carrying capacity. It has a maximum operating temperature of up to 200˚C, and is ideal for applications where high temperatures are present.

Working Principle

The PZC31SABN has a total of thirty-one pin/socket contacts. Each contact operates in a polarity connection, with positive and negative bipolar signals, which provide secure and reliable interconnections. All 31 pins rotate around a single point in the header, providing maximum stability against external and environmental forces including shock and vibration. The pins are vertically positioned so that contact force is evenly distributed. Each pin has a square shape with four sides, which ensures firm engagement within the socket. An optional board-locking mechanism is also available for additional security against misalignment and shocks.

Conclusion

The PZC31SABN connector is a versatile and reliable connector that is suitable for a wide range of applications. Its polarity connection and board-locking mechanism provides secure and reliable interconnections. The pins are vertically positioned to ensure even contact force and secure engagement within the socket. The PZC31SABN is ideal for applications that require higher voltage and temperature resistance.