BM14B(0.8)-24DP-0.4V(53)

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The BM14B(0.8)-24DP-0.4V(53) is a type of rectangular connector from the Arrays, Edge Type, Mezzanine (Board to Board) family. This connector offers a reliable, low-profile alternative to larger, standard edge connectors and can be used to coaxially mate two circuit boards. The BM14B is composed of two separate pieces. One piece mounts on the edge of the host board with a row of 0.8mm pitch contacts, while the other houses a row of 0.4mm pitch contacts to connect to the target board. The key feature of this connector is its space-saving design, as it enables the use of parallel connection with minimal vertical height.

Applications of the BM14B range from industrial control to automotive and medical device designs. In industrial control, the connector is often used to bridge the gap between the control board and its associated accessories. Similarly, it can be used in automotive applications to interconnect two circuit boards with a high degree of durability. Additionally, the low profile of the BM14B makes it a great option for medical device designs, where space may be limited.

The BM14B achieves its low profile by having a low-insertion-force mating design. This design allows the mating components to slide together with minimal effort. Additionally, the BM14B is designed with a low-resistance contact system, which gives it excellent electrical performance. It also has multiple positions, which allows the connector to be used in a variety of different applications.

The BM14B has a wide range of working voltages, from 12V to 24V. It also has a wide operating temperature range, from -40°C to +105°C. Additionally, the contact system is designed to provide reliable and secure locking and an electric range of up to 4A. This enables the connector to be used in high-current applications.

The BM14B is designed to provide secure and reliable performance in a range of applications. Its high-performance contact system helps to ensure that the connector can handle a variety of operating voltages and temperatures. Additionally, its space-saving design makes it a great option for designs where space is a premium. This ensures that the connector is a great choice for industrial control, automotive, and medical device designs.

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