ESQT-142-02-G-Q-310

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Rectangular connectors typically comprise a card edge, board-to-board interconnect system. The card edge permits the insertion of a printed circuit board into a special type of receptacle or header. ESQT-142-02-G-Q-310 connectors are used for a variety of applications, and have an exceptionally wide range of features such as vibration and shock resistance, high current carrying capacity, and a wide range of signal protection.

ESQT-142-02-G-Q-310 headers are designed to be a low-cost, reliable, and versatile means of card-to-board interconnectivity for a wide range of applications. The ESQT-142-02-G-Q-310 pins feature a 6-position, double row design, arranged in two rows of three and a 6-millimeter spacing between the rows. The pins are constructed from nickel-plated brass with a bright tin finish for maximum durability and corrosion resistance. They are rated for a minimum voltage of 500VP and a maximum current of 10A.

ESQT-142-02-G-Q-310 receptacles provide a reliable and cost-effective connection between a printed circuit board and a header. They feature a compact, 2-row structure which is designed to reduce the space required for any mating application. The receptacles are made of a highly durable thermoplastic, ensuring a secure and reliable connection every time. They are rated for a minimum voltage of 500VP and a maximum current of 10A.

ESQT-142-02-G-Q-310 female sockets are designed for applications requiring high-speed signal transmission. They are constructed from a durable thermoplastic material and feature a double row design with 6-millimeter spacing between the rows. The female sockets can be customized with various contact configurations, allowing them to accommodate a wide range of signal types. They are rated for a minimum voltage of 500VP and a maximum current of 10A.

ESQT-142-02-G-Q-310 connectors operate using two different principles. The first is the "ribbon principle," which uses contact pads to bridge the contacts and provide signal isolation between the mating components. The second is the "latch principle," which uses a latching locking mechanism to ensure reliable and mechanically secure connections.

ESQT-142-02-G-Q-310 connectors provide a low-cost, reliable, and versatile means of card-to-board interconnectivity for a wide range of applications. They offer high current carrying capacity, vibration and shock resistance, and a wide range of signal protection. Their construction from durable thermoplastic materials provides extra reliability and ensures secure connections every time.

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