PBC35DAHN

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Rectangular Connectors are essential components used in the electrical systems of large and small electrical devices. This type of device is made up of several different pieces that fit together like a puzzle. In this article we will look specifically at the PBC35DAHN rectangular connector, its application field and working principle.

The PBC35DAHN is a 3.5mm pitch dual row header connector from E-Tech. It has a 22-contact configuration with two rows of eleven contacts, making it ideal for making low-profile, dual-row connection points on electronic devices. The connector has a nominal current rating of 2A, a maximum voltage rating of 250VAC and a maximum temperature range of -25°C to +85°C. It permits easy insertion and retention of the mating connector.

This connector’s application field covers many industries and devices. It is often used in industrial control panels, computer motherboards, communication equipment, and a variety of other electronic systems. It is especially useful in high vibration, outdoor, and harsh environment applications, due to its robust and reliable construction.

The PBC35DAHN connector’s working principle is centered around its design. The dual-row design helps to evenly distribute the weight and forces within the connector. The terminals on the outside of each contact feature a chamfer which helps with insertion and removal of the mating connectors. The individual pins are also designed to provide maximum retention between the male and female pins. Finally, the connector features an anti-floating design which helps to keep the pins in place and allows for a more reliable connection.

In conclusion, the PBC35DAHN connector is one of the most common and versatile connectors in the rectangular connectors class. Its robust design makes it an excellent choice for a variety of applications, and it is especially useful in harsh environment applications. Its working principle is centered around the dual-row design and its robust construction, which helps to evenly distribute the forces within the connector and create a reliable connection.

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