DL1-156P12C Connectors, Interconnects

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DL1-156P12C, also known as a special-purpose backplane connector, is a type of connector commonly used in PCB designs. It is an updated version of its predecessor, the DL1-156P connector. It has been optimized for cost-effectiveness, but still offers reliable and high-speed signal integrity.

The DL1-156P12C has 12 total pins, arranged in two staggered rows of 8 and 4 pins. It is designed to make it easier for users to make connections between boards, as well as within the board itself. The staggered pin configuration reduces cross-talk and improves performance.

The DL1-156P12C offers robust connection capabilities with its nickel-plated shell and metal-to-metal contact system. It has an increased keying system and provides a secure connection, even in harsh environments. It also accommodates PCBs with different heights, allowing designers to use multiple boards without having to reconfigure the PCBs.

The DL1-156P12C is commonly used for a wide range of applications, including industrial, automotive, and consumer electronics. It is particularly well-suited for applications involving high data rates and power requirements. For instance, it is ideal for applications such as medical imaging, industrial automation, and data centers.

DL1-156P12C Working Principle

The DL1-156P12C operates on a Plug and Play system, meaning that users need only plug the connector into a compatible PCB and the connection will be made automatically. The connectors are designed with pressure contacts that make contact with the PCB surface to create a secure connection. The pins are coated with gold plating for improved contact resistance and durability.

The connector works by using the differential pair interface, whereby the boards that are being connected need to be of the same height, using the same pitch. The differential pair interface ensures that different power levels can be used on each side of the connector, allowing for more precise control of the communication between the boards.

The DL1-156P12C also uses shielding to reduce cross-talk and interference between the signals being transmitted between the boards. By using a shielded design, the signal levels are maintained, and the data is accurately transmitted between the boards. This ensures that data is accurately sent, and that any errors or noise that might occur in the transmission process is minimized.

Conclusion

The DL1-156P12C is a specialized backplane connector that has been optimized for cost-effectiveness while still providing reliable and high-speed signal integrity. It is used for a wide range of applications, and has been designed with shielding and differential pair interface to reduce noise and interference when signals are being sent between boards. It is an ideal solution for applications such as medical imaging, industrial automation, and data centers.

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