Analysis of the Action of Static Power Dissipation in Burn-in Condition on Yield of VLSI monolithically integrated master oscillator power amplifer 集成电路老化温度与耗散功率、频率关系的研究单片集成主振荡器功率放大器
A level - restoring circuit was designed to solve the static power dissipation problem. 设计了级恢复电路,解决了导通晶体管开关引起的静态功耗问题。
A filter-based lossless inductor current sensing circuit is proposed in this paper to reduce static power dissipation. 为了减小静态损耗,提出了一种基于滤波器的无损耗电感电流采样电路。
The adopted dynamic comparator with less offset reduces static power dissipation. 比较器采用失调较小的高速动态比较器,以减小静态消耗。
Secondly, a leakage power estimation method based on GA ( genetic algorithm ) was proposed for CMOS circuits according to the static power dissipation depend upon the state of circuits when they worked in standby or idle mode. 其次根据电路处于待机或空闲模式时,静态功耗的大小与电路所处的状态有关的特点,提出了基于遗传算法(GA)的CMOS电路泄漏功耗估计方法。