通过电路原理图设计和高速PCB 设计，完成了堆叠设计和高速信号线设计。
With the circuit schematic design and the high-speed PCB design, completes stackup design and high-speed signal line design.
接着对如何利用导电橡胶去采取轮胎形变的相关信号进行了具体的设计，并作了原理图。
In succession, we have made the idiographic design and drown the elements picture on how to utilize this rubber to gather the correlative signal of the tires' deformation.
集成库将原理图及与他们相联系的PC B封装和(或)SPICE模型或信号完整性分析模型全部编译到一个不可编译的包中。
Schematic diagram of an integrated library will be associated with their PCB assembly and (or) SPICE models or signal integrity models all compiled into a non-compiled package.
使用AT 89 C 51单片机和SLE4520正弦pwm信号专用芯片作为变频部分的控制核心，给出了主要部分电路原理图和软件流程图。
The control core of frequency converter composed of the single chip microcomputer AT89C51 and sine PWM chip SLE4520, the main circuits and flow charts are given also.
使用AT 89 C 51单片机和HEF4752正弦pwm信号专用芯片作为变频部分的控制核心，给出了主要部分电路原理图和软件流程图。
The control core of frequency converter composed of the single chip microcomputer AT89C51 and sine PWM chip HEF4752, the main circuits and flow charts are given also.
介绍了一种多用途水声信号预处理机的具体设计，详细阐述了各模块电路的设计原理及工程实现，给出了部分电路的原理图。
A design of a multi-purpose hydro-acoustic signal preprocessor is introduced. A detail expatiation of the design principle and engineering realization of the modular circuits are given.
根据芯片的引脚功能、性能参数，设计了系统的硬件原理图，详细说明了各芯片的输入输出信号。
Following the function of each pin, performance parameters of chosen chips, this paper designed hardware diagram of system, and detailed the input and output signals of chips.
给出了具有实际应用价值的APD信号放大电路和控制时序逻辑电路原理图。
The article offers APD signal amplify circuit chart and controlling time series logic circuit principle chart bearing practical applied...
给出了具有实际应用价值的APD信号放大电路和控制时序逻辑电路原理图。
The article offers APD signal amplify circuit chart and controlling time series logic circuit principle chart bearing practical applied value, which possess some guidance significance...
并且，研究了高速电路设计所涉及的如信号完整性和电磁兼容性问题，并在其指导下根据原理图进行了PCB设计，重点攻克了低成本架构带来的布局布线困难。
Moreover, high speed circuit design such as signal integrity and electromagnetic coexist is researched and PCB is designed on schematic. PCB layout and route are mainly solved in PCB design.
在电路原理图设计中遵循高速信号电路PCB设计原则，完成了系统PCB的布局、叠层设计、内电层设计、系统接地设计和高速信号线等设计；
With the circuit schematic design and the high speed PCB design, completes PCB composition, stackup design, internal layer design, system grounding design and high-speed signal line design.
在电路原理图设计中遵循高速信号电路PCB设计原则，完成了系统PCB的布局、叠层设计、内电层设计、系统接地设计和高速信号线等设计；
With the circuit schematic design and the high speed PCB design, completes PCB composition, stackup design, internal layer design, system grounding design and high-speed signal line design.
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