PBC31DAGN

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A PBC31DAGN is a kind of rectangular connector, which consists of headers, male pins, and a single-row female socket. It is an ideal connector for uses ranging from automotive, audio, and video applications to those requiring harsh environment exigencies.

Physical Description:

This particular type of connector features an all-plastic design with integrated 1.5 mm insulation displacement contacts (IDC). It also comes with a rated voltage of up to 600V, a rated current of up to 40A, and a temperature rating of -5° to +105°C. It is typically available in both white and black colors.

Measuring 7.5 mm in length by 6 mm in width, the PBC31DAGN rectangular connector has a polarized design in order to ensure a correct mating with other interfaces. Its integrated male pins support a wire size ranging from 0.14 mm² to 2.5 mm² and an insulation displacement of 28 AWG.

Working Principle

The PBC31DAGN works by using a low-profile male pin that operates through a shock-proof protected conductor. The integrated male pins provide direct positive contact with conductors. This helps ensure a reliable connection with minimal signal attenuation, while also eliminating the need for crimping or soldering.

The mating process of the PBC31DAGN is achieved through vertical mating. This means that the pin side of the connector is inserted into the rectangular socket, with the male pin engaging with the female socket, and the insulation displacement contact taking over afterwards. This ensures a secure fit and can be easily done by hand.

Applications:

The PBC31DAGN rectangular connector is suitable for a range of applications, ranging from automotive, audio, and video to industrial control. It is particularly well-suited for applications that require robust materials and a large operating temperature range.

In particular, the PBC31DAGN’s design makes it ideal for uses such as automotive and medical applications. It is also used for high-power automotive audio systems, radio frequency (RF) antennas, and LED displays. Additionally, because of its rugged nature, it is sometimes used in harsh conditions, such as on drones, robots, and other off-road vehicles.

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