77313-126-10

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Rectangular Connectors - Headers, Male Pins, are some of the most common connectors in the electronics industry. They are designed to serve a variety of purposes, and often used to connect electrical components in circuits, panels, and other electrical appliances. The 77313-126-10 is one of the most popular types of Male Pin Headers. This article will explore the application field and working principle of 77313-126-10.

The 77313-126-10 is a three-conductor, right-angle male connecting pin Header. It has an insulation displacement lock (IDL) and is available in DIN41612-A03 style. It has an integrated strain relief that is designed to hold the cable in place and protect it from shock and vibration. It can be used in a variety of applications, such as connectors for Mezzanine-style boards, IC cards, and PC boards.

In terms of contact area, the 77313-126-10 has a larger contact area than the 77303-126-10. The contacts are made from machined phosphor-bronze with tin plating. This ensures that the connector is highly conductive and reliable. Additionally, the phosphor-bronze material is resistant to corrosion and oxidation.

The 77313-126-10 connector is also designed with a special shielding feature. This feature provides additional protection from electromagnetic interference. It is also designed with a secure locking mechanism, which reduces wear and tear and prevents accidental disconnection.

As far as the working principle is concerned, this connector is designed to ensure an electrical connection between two circuits. It consists of two parts: a pin header and a mating clip. The pin header contains several pins, which are arranged in a specific pattern. The clip is then inserted onto each of these pins. When both the clip and header are connected, an electrical connection is established.

The 77313-126-10 is an ideal choice for many types of applications. Its low profile and large contact area ensure reliable and efficient electrical connections. Furthermore, its robust locking mechanism and shielding design make it an ideal choice for environments with high levels of electromagnetic interference. Last but not least, its corrosion and oxidation resistance makes it an excellent choice for a wide range of applications.

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