BM14C(0.8)-14DS-0.4V(51)

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The BM14C(0.8)-14DS-0.4V(51) is a rectangular connector array designed for Edge Type, Mezzanine (Board to Board) applications. This connector is widely used in electronics, communications and automotive industries.

The BM14C is a receptacle style array with a maximum current rating of 4 A and a maximum voltage rating of 400 V DC. The array is constructed from copper-alloy contacts to ensure reliable mating and low contact resistance. The pins have been designed to conform to IEC specifications and meet current standards for performance and reliability.

The 0.4V contacts are designed to ensure secure connection of the source and destination devices. The 0.4V contacts are soldered to the corresponding PCBs and enable the required electrical connection to be made. The pins provide sufficient mechanical durability to provide consistent performance in extreme temperature and humidity conditions.

The BM14C(0.8)-14DS-0.4V(51) also features an advanced connector solution with solder tails which are designed to enable rapid connection and connection stability in high-current applications without the need for additional wiring. Due to the durability and reliability of the pins, this connector is ideal for applications where the signals have to be transferred at a high rate and in extreme conditions.

The BM14C is available in both vertical and horizontal plugging configurations. This design allows for flexibility in the orientation of the connector and ensures that the connector is suitable for different board designs and PCB configurations. The array also features an integrated strain relief that is designed to protect the cables in high-power applications.

The BM14C(0.8)-14DS-0.4V(51) application field and working principle have proven to be highly reliable in a wide range of Edge Type, Mezzanine (Board to Board) applications due to its versatile and robust design. The connector is suitable for applications with demanding performance requirements and is designed to offer reliable and consistent signal transmission in a variety of environments. It is also designed to withstand harsh environmental conditions and ensures reliable and reliable signal transmission.

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