SIP110-PPVC-D07-SK-BK

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The SIP110-PPVC-D07-SK-BK is a rectangular board-in direct wire to board connector manufactured by a well-established and trusted connector manufacturer. It is an all-purpose connector design used to interface directly between two boards - typically a PC board and a daughterboard. As such, the connector is constructed from high-quality materials for a reliable performance.The connector comprises of an insulating housing constructed from UL rated Polyvinyl Chloride (PVC). This material is robust, non-corrosive, and heat resistant properties making it ideal for a wide range of applications. The housing also features a set of built-in locking levers which ensure a secure connection between the two boards with minimal force. The housing also includes an actuator, allowing the operator to achieve the desired locking force to suit the specific application.The operating principle of the SIP110-PPVC-D07-SK-BK is based on the principle of alternating current (AC). Upon application of an AC voltage, current flows alternately between the two ports of the connector. This current will cause the material to expand over time and, as the two ports become closer, the connector will be able to achieve a reliable electrical connection between the two boards.In terms of its application field, the SIP110-PPVC-D07-SK-BK is suitable for a broad range of industries including medical, automotive, and industrial. It is often used in applications such as industrial and military connectors, signal control systems, medical imaging, and robotics. Furthermore, the connector offers excellent insulation resistance, contact force, and features reliable electrical performance across the board. This makes it a great choice for high-frequency and remote sensing applications.In conclusion, the SIP110-PPVC-D07-SK-BK is a reliable and high performance rectangular board-in direct wire to board connector with a wide range of applications. It operates on the principle of AC and is constructed from a robust material, making it suitable for a range of high-frequency and remote sensing applications in medical, automotive, and industrial applications.

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