Optimization of a new generation of power connectors
In recent years, manufacturing technology has developed rapidly, and interconnected solutions have emerged in an endless stream. For example, advances in signal conditioning technology have made connector products not a bandwidth bottleneck with increasingly high transmission speeds. However, the power consumption of some connected systems starts at the product chip level, so major connector manufacturers have been studying how to reduce the energy consumption per clock cycle of the product chip. With the surge in demand for components in the electronics market and the boom in the power connector industry, how do you optimize the next generation of power connectors? Konnra Electroncis engineers will introduce you to the next generation of power connectors. How to optimize this problem.
The optimization of the new generation of power connectors has become an inevitable trend. As for how to optimize and why to optimize, it is a concern of users. To sum up, the next generation of power connector products can be optimized from the following seven aspects:
First, the power density of the product;
Second, terminal design and material properties;
Third, multi-supplier supply reduces application costs;
4. Standardized by formal industrial alliances or de facto standards;
5. Design flexibility, low cost or no increase in cost to achieve customization needs;
Sixth, lower plastic height, better air mobility, better heat dissipation performance;
First, the power density of the product;
Second, terminal design and material properties;
Third, multi-supplier supply reduces application costs;
4. Standardized by formal industrial alliances or de facto standards;
5. Design flexibility, low cost or no increase in cost to achieve customization needs;
Sixth, lower plastic height, better air mobility, better heat dissipation performance;
7. More accurate and more comprehensive evaluation of the performance of the connector in real-world applications.
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