HM1C15D0C010Z6LF

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Backplane Connectors – Specialized are connectors developed for special applications and are often tailored to the particular requirements of the intended application. One type of specialized backplane connector is the HM1C15D0C010Z6LF connector, developed by Hirose Electric. The HM1C15D0C010Z6LF is a 15-pole High-Speed and High-Density backplane connector specifically designed for dental and medical imaging systems.

HM1C15D0C010Z6LF has a unique construction that makes it suitable for use in medical imaging equipment. It is a board-to-board connection system with a narrow profile that allows it to interact with the narrow imaging systems it is intended for without sacrificing performance. It is designed to work with high-frequency to ensure that the signals transmitted between the systems do not suffer from signal loss or interference. This connector is also rated for high data speeds, making it ideal for backplane connections between fast-switching systems. Finally, the disconnectable design of the HM1C15D0C010Z6LF makes it easy to change and repair when necessary.

The working principle of the HM1C15D0C010Z6LF backplane connector is based on two main elements: the terminal and the housing. The terminal, which is the contact part of the connector, has a corresponding socket in the housing, and the complete connection between the two is achieved once the contact is made. The terminal includes two conductors: a contact spring and a wire. These components are designed to mate accurately, and the whole process is based on metal conduction and friction. The contact spring creates a micro-gap between the contact and the contact spring, which forms a reliable connection that ensures a strong electrical and mechanical contact to provide low contact resistance.

The special design of the HM1C15D0C010Z6LF backplane connector makes it especially suitable for medical and dental imaging systems. Its narrow profile allows it to interact with the narrow systems it is intended for without sacrificing performance, and its rated high-speed and high-density design makes it ideal for fast-switching systems that require high data speeds and reliable connections. Its disconnectable design makes it easy to repair and change when necessary, and its advanced working principle ensures reliable and low-resistance connections.

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