Guided by the switch signal-theory, how to realize the threshold controlling in current-mode CMOS circuits is studied.
以开关信号理论为指导，对电流型CMOS电路中如何实现阈值控制进行了研究。
To correct the power factor, the controlling effect of both neural network controller (NNC) and current mode controller (CMC) is researched in this paper.
为改善功率因数，对神经网络控制器(NNC)与电流模式控制器(CMC)的控制效果进行了仿真比较研究。
Since current threshold values are easy to control, this paper studies how to realize the threshold controlling in current-mode CMOS circuits.
利用电流信号的阈值易于控制这一特点，对电流型CMOS电路中如何实现阈值控制进行了研究。
Current controlling mode white LED driver is hotspot because of its good line regulation and load regulation.
电流控制型白光led驱动电路因为线性调整率和负载调整率非常好的优点成为目前设计的热点。
And then, we mainly discuss the peak current controlling mode and the sub-harmonic oscillation when the duty cycle exceeds 50%.
同时，着重分析了峰值电流控制模式下，由于电流扰动和占空比扰动导致系统在占空比大于50%情况下而出现次谐波振荡原因。
And then, we mainly discuss the peak current controlling mode and the sub-harmonic oscillation when the duty cycle exceeds 50%.
同时，着重分析了峰值电流控制模式下，由于电流扰动和占空比扰动导致系统在占空比大于50%情况下而出现次谐波振荡原因。
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