The analog part includes one-bit DAC and analog low-pass filter. By analyzing every part of∑D/A converter, it is demonstrated that power consumption is mainly produced by the full-adder and register of digital part.
通过对各个部分的功耗分析表明,电路功耗主要由数字部分的全加器和寄存器产生。
参考来源 - 低功耗∑ D/A转换器设计·2,447,543篇论文数据，部分数据来源于NoteExpress
The experimental results of full-adder is also presented.
在本文中给出了并行全加的实验结果。
Many implementations of full-adder and register are contrasted and studied. The full-adder and register with the lowest power consumption are chosen.
通过对多种全加器和寄存器的实现方法进行了比较研究，选择了功耗最低的全加器和寄存器。
The circuits such as ternary full-adder, etc. designed by using this theory can have simpler circuit structures and correct logic functions. It is confirmed that this theory is efficient in...
应用该理论设计的三值全加器等电路具有简单的电路结构和正确的逻辑功能，从而证明了该理论在指导电流型CMOS电路在开关级逻辑设计中的有效性。
应用推荐