PZC02DBBN

PZC02DBBN is an electronics component classified as a Rectangular Connector, Headers, and Male Pins. It is manufactured by TE Connectivity and was designed for use in a variety of applications. The PZC02DBBN features a 30-way connector, and the contacts are made from a highly conductive copper alloy. The contact fingers are plated with an alloy of gold and nickel for reliable, low contact resistance.

PZC02DBBN is a two-row connector that is rated for 5 amps up to a maximum operating temperature of 125°C. It comes with an integrated strain relief system that is designed to protect the contacts from damage due to excessive strain. The connector has an insulation rejection rate of 200V and a current rating of 5 amps. The contacts are spaced at 0.1 in and the pins are spaced at 0.050 in.

The PZC02DBBN connector can be used in a variety of applications including consumer electronics, instrumentation, telecommunications, automotive, and industrial control. The connector is designed to provide reliable connection between two printed circuit boards (PCBs) and is compatible with a variety of PCB types including FR-4, FR-2, and polyimide. It is also compatible with a variety of soldering processes including wave soldering and reflow soldering.

The working principle of the PZC02DBBN connector is straightforward. The two rows of contacts (pins) on the connector are spaced at 0.1 inches, and the contacts on each row are chamfered at the top. The contacts are inserted into the PCB at an angle to ensure good contact with the surface pads of the PCB. When the mating connector is inserted onto the contacts, the connection between the two conducting surfaces is made.

The PZC02DBBN connector is a highly reliable and versatile connector that can be used in a variety of applications. It is designed with an integrated strain relief system to protect the contacts and the PCB from damages, and is compatible with several PCB types and soldering processes. Due to its reliability and versatility, the PZC02DBBN connector is a great choice for a variety of electronic applications.