BTFW16R-3RSTE4LF

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The BTFW16R-3RSTE4LF connector is a type in the rectangular connectors - arrays, edge type, mezzanine (board to board) family. It is an 8-row, multi-function, vertical mount, mezzanine, non-standard pitch, datum E edge connector. It has a special design that enables it to provide a high level of flexibility and performance.

The BTFW16R-3RSTE4LF connector is widely used in a number of electronics applications, including laptops, PCs, handheld devices, and other consumer and industrial electronics. The flexibility and performance offered by this connector makes it ideal for a wide range of applications.

The BTFW16R-3RSTE4LF connector has three primary features that make it stand out from the competition. The first is its high shock and vibration resistance, with its robust mechanical design that is engineered to handle demanding requirements. The second is its low working temperatures, which ensure a reliable connection between boards and components. Finally, its high impedance reduction will reduce EMI/RFI emissions in the application, making it a great choice for embedded electronics.

The working principle behind the BTFW16R-3RSTE4LF connector is to connect two or more boards together, allowing communication and data transfer through the use of various signaling techniques, such as differential signaling and LVDS. The data and power connections are made through pin-connectors, which are designed to provide a secure connection between adjacent boards. The BTFW16R-3RSTE4LF connector is designed to have a minimal signal-coupling between the circuits, while providing a low insertion loss. This helps to limit errors in data transmission, while increasing the reliability of the connection.

The BTFW16R-3RSTE4LF connector is a reliable and versatile choice for many applications, due to its flexibility and performance. Its shock and vibration resistance, low working temperatures, and high impedance reduction make it well-suited for a wide range of embedded electronics. Its reliable and secure connection between boards and components makes it an ideal choice for many electronics applications.

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