分析了变换器低频电感电流的次谐波振荡问题，并提出了抑制措施，实验验证了理论分析的正确性。
Especially, the sub-harmonic oscillation of the low frequency inductor current is analyzed and the method to solve this problem is proposed.
研究由多个单元电感电容回路周期性连接而成的介观传输线路。
A mesoscopic transmission line composed with periodic series of LC circuits is studied in this paper.
在标准CMOS工艺基础上，应用无电浸镀金改进传感电极的生物兼容性，并采用特殊封装技术提高芯片在溶液环境中的稳定性。
Post-CMOS processes including electroless gold plating and special package technique are implemented to enhance the biocompatibility and stability of the biosensor.
讨论了多重耦合电感的去耦相对独立性以及某些含有复杂耦合电感电路的快速去耦等效方法。
Finally, we study a simple method of decoupling equivalent for some circuits containing complex coupling inductor.
提出了一种全新的电压驱动同步整流器 ，其同步整流管的驱动电压耦合自输出滤波电感电压 ，具有创新性。
This paper advances a novel voltage driven synchronous rectifier (SR) in which driving voltage is coupled from output filter voltage.
提出了一种全新的电压驱动同步整流器 ，其同步整流管的驱动电压耦合自输出滤波电感电压 ，具有创新性。
This paper advances a novel voltage driven synchronous rectifier (SR) in which driving voltage is coupled from output filter voltage.
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