BPS8B96ACD200Z0LF

Backplane connectors are a type of connecting device that are ideal for backplane systems. They interface two electrical backplanes and create an electrical connection between them. As a type of backplane connector, DIN 41612 is commonly used in the industry. The BPS8B96ACD200Z0LF is one of the DIN 41612 connectors. It has an application field and working principle that are worth further attention.

Application Field

The BPS8B96ACD200Z0LF DIN 41612 connector is designed for SMT and onboard applications. It is suitable for applicatios which require low profile, high density and improved space saving. In addition, it meets the requirements for applications with high vibration and environmental protection. This connector offers excellent performance in signal transmission, electrical insulation and mechanical requirements.

Working Principle

The BPS8B96ACD200Z0LF connector has two discrete connection rows. It is equipped with two rows of SMT terminals which are composed of pitch 2.0mm contact pads with a pitch of 0.8mm. The main body of the connector has a dual guide system to ensure a reliable and stable connection. In addition, the terminal design has an improved soldering process, which ensures good electrical contact. The outside of the connector is coated with an anti-vibration protective grommet to prevent damage from debris in harsh environemnts.

The BPS8B96ACD200Z0LF connectors can transmit signals up to six Gigahertz. The surface mount technology ensures good electrical contact between two mating connectors. Furthermore, the connectors have a one-piece construction with no extra housing. This helps to reduce the weight and thickness of the connector, resulting in a more compact design. And due to the current flow uninterrupted, signal transmission is more reliable.

Conclusion

In conclusion, the BPS8B96ACD200Z0LF connector is part of the DIN 41612 backplane connector family. It has a application field and working principle that have proven beneficial in many applications. It is designed with SMT terminals and an anti-vibration grommet, while transmitting signals up to six gigahertz. The one-piece construction reduces the weight and thickness, making it more compact and reliable.