QSS-075-01-F-D-LC-TR

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QSS-075-01-F-D-LC-TR is a rectangular connector with arrays, edge type, mezzanine (board to board), which is applied for electronic circuit or products. Its design is patented for a variety of applications such as automobile, satellite/spacecraft, telecommunications, medical, consumer electronics, etc.

The basic working principle of QSS-075-01-F-D-LC-TR is to provide electrical and mechanical connections between boards. It is constructed with two sets of signal pins in parallel to each other, as well as two groups of ground pins between the signal pins. To ensure proper connections and high signal integrity, these pins are arranged in a standard pattern for efficient communication between the boards.

As a board-to-board connector, QSS-075-01-F-D-LC-TR features an industry-standard 2x14 pin interface, allowing for fast, reliable data transmission between boards in addition to efficient mounting. The 2x14 pins are tailored for high-frequency applications such as wireless communication and the internet of things. Furthermore, the connector can accommodate a wide range of cable sizes and lengths, enabling users to easily configure systems for their particular applications.

In order to ensure a secure connection, QSS-075-01-F-D-LC-TR comes with a locking lever that can be engaged after the connection is made. This unique function is designed to secure the connection, ensuring that it won’t be easily shifted or interrupted. Furthermore, the conenctor’s construction is resistant to temperature, vibration, and shock, making it suitable for a wide range of working environments.

Overall, QSS-075-01-F-D-LC-TR is a reliable, efficient, and durable rectangular connector suitable for a wide range of applications. Its industry-standard 2x14 pin interface, as well as its locking lever, make it ideally suited for high-frequency data transmission in applications such as the internet of things. Furthermore, its compact size and construction make it highly resistant to temperature, vibration, and shock, making it a great choice for extended use in challenging environments.

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