QTH-100-09-F-D-DP

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The QTH-100-09-F-D-DP is part of the Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) series. This series of connectors is specifically designed for applications where quick and easy physical connection between components is needed. The connectors in this series also provide secure mechanical interface between boards, panels, and other devices. It is also an important piece of equipment for high-speed data transmission.

The main application field of QTH-100-09-F-D-DP is in transferring signals and power between printed circuit boards, boxes, and panels. The various features of this connector provide efficient connections for data between the two different components, even working in high-speed applications due to the consistent signal integrity provided by the connector. These connectors are more cost-effective than other alternative solutions, due to their ease of use and reliability. They are also reliable when multiple boards are connected in a chain.

The working principle of the QTH-100-09-F-D-DP is through contact and power contact technology. The contact technology involves two mating contact hoses on the connector, and when they mate they form an electrical connection, providing a secure connection between the two components. The power contact technology involves a plug and receptacle, where the plug has multiple contact points and the receptacle has multiple openings that can be plugged into the plug, making a secure connection as well. The results of this technology are a reliable connection between components that can handle high-speed data transfer.

In conclusion, the QTH-100-09-F-D-DP is part of the Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) series and is mainly used to transfer signals and power between printed circuit boards, boxes, and panels. It is cost-effective and easy to use and provides great signal integrity for high-speed data transmissions. The working principle of this connector relies on contact and power contact techniques, allowing for a secure connection between two components.

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