BTH-090-03-L-D-A-K-TR

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BTH-090-03-L-D-A-K-TR rectangular connectors are part of one of the most common types of connectors- the array, edge type, mezzanine (board to board). This type of connector is designed to connect two printed circuit boards (PCBs), or in some cases, multiple PCBs, via metal pins located along the edge of the edge connector. The pins are designed to go through the metal plating of the PCBs, while the connector itself makes contact with the PCB through leads at the end.

The BTH-090-03-L-D-A-K-TR connector is a two-row, straight edge connector with a total of nine pins. These pins are evenly spaced along the face of the connector and can be individually manipulated to break/form contact with whomever the connector is coupled with. The pins are made of copper, while the sides of the connector are typically composed of plastic.

In terms of applications, this particular BTH-090-03-L-D-A-K-TR connector is most suited for applications which require high-speed data transfer. The connector is designed to provide high-speed data signals between two PCBs with a minimum of interference. It is frequently used in embedded systems and Industrial IoT (Internet of Things) applications, as well as in avionics, automotive, and medical systems, where reliability and robustness are needed.

The working principle of the BTH-090-03-L-D-A-K-TR connector is quite simple. When this type of connector is connected to two PCBs, the pins make contact with the metal plating of the PCBs and the leads at the edge of the connector make contact with the tracks. This creates an electrical path between the two boards, allowing data, signals, and power to be transferred between the two. The pins are designed to remain in contact unless they are moved, allowing for reliable and quick data transfer.

In summary, the BTH-090-03-L-D-A-K-TR rectangular connector is designed to provide high-speed data and power transfer between two (or more) PCBs. It is commonly used in embedded systems, Industrial IoT applications, avionics, automotive and medical systems, and other electrical applications which require reliable, fast data transfer. This connector works by connecting the pins to the plating of the PCBs and by making contact between the tracks and the leads at the edge of the connector, creating an electrical path between the two boards.

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