Based on highest current automatic current sharing technique, a load sharing control circuit was designed.
应用最大电流自主均流法，设计负载均流电路。
And the load sharing control of the input stage is also analyzed by the AC and DC hybrid parallel system with several EPTs.
并以多台ept交直流母线混合并联系统为基础分析了并联ept的输入级控制策略。
The expandable nail offers the theoretical advantages of improved load sharing and rotational control without the need for interlocking screws.
可膨胀髓内钉提供了改善负荷的理想优势，而且不需锁定既可控制旋转。
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