性能评估器和优化模块是模拟集成电路自动综合中两个重要的模块。
Performance evaluation and optimization engine are two important modules in the analog integrated circuit automation synthesis.
为了实现低电压低功耗设计的要求，改进了调制器结构，并进行了从系统到电路模块的优化。
The low voltage and low power target is attained by improving the modulator structure and optimizing from system to circuit blocks.
在电路设计过程中，对后级接口电路进行了最优化设计，采用VHDL描述的方式实现了低压数字延时电路模块的设计。
In this paper, the optimization method was used to design the interface circuit, and use VHDL description to design low voltage digital delay timer.
通过完成电路中的各功能模块和焊盘的合理放置，对开关电源监控电路的版图进行了优化设计。
The layout design of the switch mode power supply is optimized through arranging function blocks and pads reasonably.
通过完成电路中的各功能模块和焊盘的合理放置，对开关电源监控电路的版图进行了优化设计。
The layout design of the switch mode power supply is optimized through arranging function blocks and pads reasonably.
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