PBC19DBCN

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PBC19DBCN rectangular connectors are specifically designed for high-density connections found in today\'s advanced systems and robust enough to withstand shock and vibration. With a 4mm density, these connectors combine pole terminations in a liquid crystal polymer housing with spring-cage pin contacts offering improved insertability and retention power. Furthermore, when used in combination with formanized, “plug-in” crimp contact assemblies, these connectors are simple to install and offer a vibration-resistant connection.

PBC19DBCN connectors feature built-in polarization and keying to ensure proper mating and prevent incorrect installation, maximizing the safety of the connection. The male headers consist of two windows and a series of pins arranged on a symmetrical grid for an easy connection between the sockets on mating parts. The male pins use a zero-insertion technique to ensure high contact reliability.

PBC19DBCN connectors are particularly well-suited for a host of applications, including automotive, automotive related systems, medical, industrial and other applications where size and weight constraints are critical. They offer a range of features such as low-profile configurations, high current carrying capacity, and low-loss data transmission using high frequency transmission. They are also RoHS compliant and offer improved corrosion resistance.

PBC19DBCN connectors work on the basis of metal pins which serve as current pathways for the electrical signal. When the connector is mated together, the pin contacts engage the contact and create a secure physical and electrical connection. The pin contacts will typically be made of gold or nickel, while the contact will usually be made of brass. A dielectric, such as a grease, is placed between the contact and the pins to prevent electrical shorts when the connector is mated together.

In addition to providing an electrical connection, PBC19DBCN connectors also prevent any dust or debris from entering the electrical system and potentially causing damage. The connectors are designed to keep out moisture and other environmental hazards and to ensure that the electrical pulse can accurately be transmitted without interference. Additionally, the connectors feature superior strain relief to keep the pins safe from external forces and minimize the chances of signal loss due to mechanical displacement.

PBC19DBCN connectors are reliable and versatile, making them ideal for use in a wide range of applications. Their small profile, high current carrying capacity, and low-loss transmission make them a great choice for a variety of tasks. If you’re looking for a reliable, cost-effective solution, PBC19DBCN connectors should be on the top of your list.

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