201692-2

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Backplane connectors and housings are components found in a wide range of electronic applications, from computing to telecommunications to consumer electronics. The 201692-2 backplane connector is an industry standard and is used in high-density applications, such as boards with multiple logical and physical connections to transfer multiple signals. 201692-2 connectors provide a reliable and efficient solution for board-level applications that require multiple I/O requirements. The connector\'s reliable signal transmission and high integrity are due to its improved micro pitch, higher connection density, mechanically superior construction, and improved design practices.

16092-2 backplane connectors are a type of board connector whose pins are designed to make secure rear-side connections between circuit boards. The connector is a two-row surface-mount device, composed of two rows of solder cups mounted to the circuit board. It features a plastic insulating body, with downward-facing male pins on top that are soldered to the top side of the circuit board, and female sockets on the bottom which form the rear-side connections. By this design, when the two mating connector halves are coupled, the board connections are made, providing more reliable electrical connections than individual discrete wires.

The 201692-2 backplane connector is designed to provide high mating and unmating cycles, high temperature and more reliable connections. When two mated pairs are connected, the combination pins of the connector also act as a mechanical crimp support, assuring a secure connection without the need for additional fastening hardware. The design also provides superior resistance against mechanical shock and vibration, and its electrical contact is reliable and stable across different mating cycles. The connectors are rated for a maximum voltage of 125 VAC at 0.5A, and are available in multiple sizes to accommodate different board connection needs.

The 201692-2 backplane connector is also designed to be contact-sensitive, providing additional safety protection, as well as increased contact reliability. This feature works based on the contact force applied when mating the two components. If the contact force is not sufficient, the connection may not be reliable, resulting in data loss or electrical damage. The 201692-2 backplane connector helps to ensure reliability by providing a range of contacts that are slightly offset, allowing for more flexibility to configure the contact forces.

The 201692-2 connector is constructed of tin alloy for its pins and plastic for its body. This combination makes the connector highly resistant to oxidation, corrosion, and wear, while also ensuring an electrical connection whose impedance is low and highly stable. The connector is also RoHS-compliant, meaning that it meets stringent standards for the safe and efficient use of hazardous substances such as lead and cadmium. Additionally, the connector is designed to meet IEC standards, meaning that it meets international standards for functionality and safety.

The 201692-2 backplane connector is commonly used in high-density applications, such as boards with multiple and complex connections in order to transfer multiple signals. It is a reliable and efficient way to connect boards for a wide range of applications, including telecommunications, computing, medical, automotive, consumer electronics, and more. The connector provides improved micro-pitch and higher connection density, superior reliability under harsh operating conditions, and a contact-sensitive design for safe, secure, and reliable connections.

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