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Backplane Connectors - DIN 41612

DIN 41612 is a type of backplane connector used for parallel circuit connections. It is also known as an EN 41612, DIN 41512, KCX 41610, or VME64. The connector is characterized by its two cavities, each containing 8 contacts. Designed to deliver optimum performance, the connector is highly reliable and supports high bandwidth connections, allowing it to accommodate a wide variety of functions.First invented by Siemens AG in the 1960s, the connector has since seen extensive use in military, industrial, and telecommunications applications. It is particularly well-suited to providing high speed connectivity between backplanes and daughter boards. The connector is also helpful in improving signal integrity as it reduces crosstalk, ground bounce, and reflection noise.The DIN 41612 design consists of two cavities with eight contacts each, placed in a right angle configuration. Each contact is composed of either two or four lines, and the overall connectivity of four lines is dictated by the connector\'s properties. The holes in the connector are usually electrically isolated from each other. These cavities are fitted onto PCBs formed from either rigid or flex materials, and the boards are then connected to one another mechanically through the contact\'s interfaces.The application field and working principle of DIN 41612 connectors are largely dependent on the signals being handled. System designers must ensure that the system is rated to handle the peak signal amplitude, frequency, and any other environmental constraints that might be present.The working principle of DIN 41612 is similar to that of other types of backplane connectors. By connecting two or more devices, the connector enables cross transport of data, power, or control signals. With an appropriate mating connector originally fitted in place, users can interconnect multiple devices in a daisy chain-like configuration.To guard against electrostatic discharge and ensure a quality performance, the connector body is wrapped in a 360-degree nonmetallic insulation. The cavity is then filled with an insulating medium, such as silicone rubber or polymer, to prevent electrical shorts due to static accumulation.Other features of this type of connector include a unique snap-lock shuttering mechanism to prevent accidental separation of the contacts. Additionally, the guide pin and latch support system ensures the integrity of each connection. The anti-vibration feature helps to protect the devices from shock or vibration.Whether used for standalone systems or infrastructure in a larger network, the DIN 41612 module has proven to be an invaluable asset in a wide range of industrial and military applications. Its exceptional reliability and capabilities make it the perfect choice for modern, high-performance mobile systems.

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