53325-0960

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Rectangular connectors are used in a variety of applications in order to link physical components as part of a larger system. 5335-0960 rectangular connectors are designed for use in high-power applications and offer a reliable connection between two pieces of equipment.

Their general form consists of headers, male pins, and a maximum current rating of 25A or 32A. These headers come with two rows of 10 pins, plus an additional row of eight pins, and are moulded using thermoplastic to ensure mechanical stability and a long product life.

The terminals on each of the pins measure 6.5mm x 3.5mm, and are separated by 8.2mm along the width and length of the header. Setting the pins within the plastic moulding helps to protect the terminals from the effects of vibration, and also helps to ensure effective insulation against electrical noise. Housings are available in two different orientations, allowing them to be mated in differing directions to the mating connector.

A working principle of 5335-0960 rectangular connectors is based on the principle of electrical continuity. All of the pins must be mated exactly between the connectors in order to achieve a reliable electrical contact between the two components. This means that the connectors must be carefully aligned before mating. This helps to ensure that the maximum current rating is achieved, and that correct insulation against electrical noise is provided.

5335-0960 rectangular connectors are suitable for use with a host of different high-power applications. Examples include power controllers, aerospace systems, medical tools, automotive applications, and home appliances. The serialization or colour coding of each connector guarantees that the mating connector is of the same type to achieve safe operation.

The combination of these rectangular connectors with thermoplastic headers ensure a reliable and safe connection between two substrates or components for high-power applications. Tight tolerances are achieved with a moulding process and the insulated terminals allow for a smooth and efficient connection. The ability to mate the connectors in different directions with different wiring configurations provides reliability, safety and cost efficiency for a variety of applications.

The specific data is subject to PDF, and the above content is for reference