2 . the vco ’ s topology is presented according to the conditions of low voltage - supply , low power consumption , low phase noise and large tuning range 2 .以低压、低功耗、低相位噪声和较大调谐范围为原则完成压控振荡器的电路结构设计。
I use logical program to design gal in this dissertation , the pin can defined agility , this made the structure of circuit compactly and connect simply 在本论文中应用逻辑编程对gal进行设计，管脚可灵活定义，使电路结构紧凑，连线简单。
In this paper , for the theory of the mpm ’ s consist , the solid - state power driver is analyzed , then a circuit diagram for the driver is proposed 本文根据mpm的构成原理,对固态放大驱动模块进行分析,提出了一种固态放大驱动模块电路结构。
But the traditional method to capture the pn code are either too slow or too complicated to satisfy the need of today ' s communication system 而传统的pn码捕获方法存在捕获时间长或电路结构复杂等缺点，普遍不能完成低信噪比下长pn码捕获的要求。
Then novel circuit structure and circuit topologies family of current mode ac / ac converters with high frequency ac link , based on flyback converter , are proposed 本文提出了基于反激flyback变换器的电流源高频交流环节ac ac变换器电路结构及其拓扑族。
Based on the analysis of the tradition instrument xj4810 , general configuration and working principle of this virtual instrument were discussed 在分析传统xj4810型晶体管特性图示仪的电路结构和功能实现的基础上,结合虚拟仪器的基本特点,确立了整个系统构成。
The main research area is the structure optimization of floating - point adder , which is intent to minimize the delay of floating - point addition and optimize the circuit structure 主要研究方向是优化浮点加法器结构，减小浮点加法运算的延迟，优化电路结构。
The experimental results also testify that the algorithm can decrease test generation complexity and simplify the circuit structure and function information 实验结果证明分层测试产生算法能提高测试产生效率、降低测试产生复杂度，并且简化电路结构和功能信息。
After the summarization of present literatures , analyses and comparisons are made on the asvg ' s main circuit , present detection system and control methods 根据现有文献对静止无功发生器的主电路结构、各种有害电流检测方式和控制方式进行了分析、比较和总结。
Using the filter forming electric circuit and the active integral forming electric circuit structure , and the irregular pulse become the standard the accurate gauss pulse 该放大器采用微分成形电路和有源积分成形电路结构,使不规则脉冲变换成标准的准高斯脉冲。
