FX23-60S-0.5SV

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The FX23-60S-0.5SV is a rectangular connector that functions as part of an array, edge type, or mezzanine board to board system. It is used in applications such as board-mounted electronics, automotive, medical, and industrial controls. This type of connector features a surface mount style with two rows of 23 pins, each with a 0.5mm pitch between them, for a total of 60 positions. It is a robust connector that is capable of high-speed, low-voltage, and low-current operations.

The size of the FX23-60S-0.5SV is well suited for applications needing a large number of contacts in a compact space. The connector can be mounted to board surfaces using a variety of solder techniques such as surface mount, through hole, and no-clean. The 0.5mm pitch spacing between rows ensures reliable and secure mating. Further, the connector is designed with secure locking mechanisms and a high-retention force to reduce the risk of disconnection.

The contacts used in the FX23-60S-0.5SV are designed for high-speed, low-current applications. They are made from gold-plated copper alloy for excellent electrical conductivity and corrosion resistance. The 10A rated current ensures that these contacts can handle the power required for most applications. Further, the contacts feature a dual beam design for excellent durability and robustness. The contacts can be easily removed from the board when needed without the need for specialized tools.

The FX23-60S-0.5SV is a highly reliable and durable connector that is suitable for a wide range of applications in board-mounted electronics. This connector is capable of handling high-speed, low-current, and low-voltage operations. It features 0.5mm pitch spacing between rows, allowing for a large number of contacts in a small area. The contacts are gold-plated copper alloy that is rated for 10A current and features a dual beam design for increased durability and robustness. Furthermore, the connector is designed with secure locking mechanisms and a high-retention force for reliable and secure mating.

The specific data is subject to PDF, and the above content is for reference