BM15FR0.8-20DP-0.35V(51)

When it comes to connecting boards and devices in electronic components, it can be challenging to find the right solution. Fortunately, there are various types of connectors, including BM15FR0.8-20DP-0.35V(51). This type of rectangular connector is typically used in applications where an array of connections is required and is categorized as Arrays, Edge Type, Mezzanine (Board to Board).

The BM15FR0.8-20DP-0.35V(51) is designed to provide a simple and cost-effective way to connect components within electronic devices. It is an edge mount connector that uses a pair of board-to-board arrays for a 2 mm pitch on the top and bottom of the device. The contacts are designed to be soldered to the surface of the board and the boards are then mated. The contact pins are protected by an epoxy coating and a metal spring clip holding the connectors together.

The BM15FR0.8-20DP-0.35V(51) has been designed to provide a reliable connection, even in the presence of high-frequency electromagnetic interference. It is also designed for robust performance in harsh environments. It is resistant to temperature and vibration, and is also resistant to water, oil, and dirt.

When creating a connection with BM15FR0.8-20DP-0.35V(51), it is important to ensure a proper connection, as any improper connection can result in damage to the components and reduced performance. To ensure a proper connection, it is important to use the correct tools. A pin extractor is typically used to remove the connector from the board and a soldering iron is used to solder the pins to the board. Once the connections are complete, the connectors should be tested to make sure the connection is working properly. It is also important to inspect the Board-to-Board connections to make sure they have been securely mated.

Overall, BM15FR0.8-20DP-0.35V(51) is an ideal connector for creating high-density connections between a range of devices and components in electronic systems. This reliable edge connector offers robust performance in harsh environments and provides a resilient connection that can handle vibrations, temperature variations, and electromagnetic interference.