DIN-048CPC-RR1L-KR

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Backplane connectors, such as the DIN 41612, are widely used in many industries for a variety of tasks. They are commonly used to facilitate high-speed signal communication between circuit boards, such as in computers and other electronic devices. One example of a backplane connector is the DIN-048CPC-RR1L-KR.

The DIN-048CPC-RR1L-KR is a type of DIN 41612 connector and is designed to be used in industrial applications. It is a single-row, pass-through, zero insertion force (ZIF) connector that is designed to provide high-density, high speed and reliability for signal and power connections. The connector features a number of different contact positions, with up to 48 pins, and can operate at different data rates depending on the type of contact pins used. The connectors are constructed from a die-cast zinc alloy for durability and are resistant to vibration, corrosion, and electrical noise.

In terms of applications, the DIN-048CPC-RR1L-KR is used in a variety of industries. It is commonly used for high-speed transfer of data between boards in areas such as measuring and controlling equipment, communication systems, and automation systems. It is also often used in medical imaging equipment, radar systems, and avionics. The connector is also widely used in the automotive industry for applications such as driver assistance systems, infotainment systems, and advanced safety systems.

The DIN-048CPC-RR1L-KR also has a number of characteristics that make it suitable for these applications. It is designed with a higher current rating than other connectors of a similar size, making it well suited for power and energy-related applications. It also features a design that makes it resistant to shock and vibration, which is important in the automotive and industrial applications its used for. Finally, the connector is RoHS compliant, which means it can be used in an environment where hazardous materials need to be kept out.

The working principle of the DIN-048CPC-RR1L-KR is quite simple. The connector has two sets of contact pins, an upper and a lower, with each set being contained in a separate housing. The contact pins on the upper set extend slightly above their housing, allowing them to be pressed down into the contact positions on the lower housing when the two are inserted together. This creates a secure electrical connection between them and allows signals to be transferred between them. The contact pins on the upper set can also be released by pressing a retainer mechanism, allowing them to be disconnected from the lower housing.

In conclusion, the DIN-048CPC-RR1L-KR is an example of a DIN 41612 backplane connector. It is designed for high-speed signal communication and power transmission and is commonly used in industrial and automotive applications. The connector is also characterized by its high-current rating, vibration and shock resistance, and RoHS compliance. Its working principle is based on pressing contact pins on the upper housing into the contact pins on the lower housing in order to create an electrical connection.

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