Greenconn- 25 Years Experience In The Development Of Automotive Connectors
Greenconn has specialized in the development of automotive connector for 25 years, with a steady production of various product pitches ranging from 0.4mm to 8.5mm, and continues to make breakthroughs in micro-miniature connectors.
To save space and improving system reliability, connectors are developing in the direction of integration, that is, integrating multiple functions into one.
High power connectors are key components in automotive power transmission systems. This connector is mainly used in automotive vehicle systems and charging systems. In particular, the long charging time affects the convenience of use and becomes a key factor restricting the development of electrification. In order to meet the fast-charging demand, the charging device is also showing a trend of high power. Therefore, high power connectors used in the automobile manufacturing industry must meet the high electrical, mechanical, and environmental performance requirements.
High-frequency connectors are mainly used in fields that require high-speed signal transmission, such as 5G communication and automatic driving. The intelligent networking of automobiles has greatly stimulated the demand for high-speed connectors. With the development of electric vehicles in the field of autonomous driving and the enrichment of in-vehicle entertainment configurations, the demand for signal and energy transmission is also increasing. How to ensure the high-speed and stable transmission of signals between systems under high-speed conditions has become a major concern of connector manufacturers and end customers. Under this demand, Greenconn timely launched a variety of high-frequency/
Due to the high requirements on safety, stability, and functionality, automotive pcb connector is developed towards customized products. It requires the close cooperation between connector manufacturer designers and automotive connector demand merchants to complete the end product of a customized automotive connector. To this end, Greenconn establishes product models and corresponding boundary conditions through a variety of simulation softwares. It also conducts simulation analysis and confirmation of the mechanical, electrical, and high-frequency performance of the connector, thereby reducing the cost of product development failure caused by factors such as material selection and unreasonable structure, and improving the success rate of development.