最后介绍了对电路板设计时应注意的问题。
Finally, introduced the question to should be paid attention to at the time of the board design of the circuiting.
论文还对高速dsp电路板设计的几个问题进行了总结。
What follows is the discussion of several issues of high speed DSP PCB design.
电路板设计和调试时间会更快，因为有更少的组件来管理。
The board design and debug time will be faster because there are less components to manage.
印刷电路板设计主要包括了系统尺寸规划、板层规划和布线设计等等。
PCB design mostly includes the system's size programming, board layer programming and routing design.
该器件的WLCSP(晶圆级芯片尺寸封装)是超小型，简化电路板设计。
The device's WLCSP (Wafer Level Chip Scale Package) is ultra compact, simplifying board design.
本文硬件设计主要包含了电路原理图设计、系统印刷电路板设计和系统测试。
In the part of hardware design of this paper, circuit schematic design, PCB design and system testing have been included.
在硬件电路设计和印刷电路板设计过程中，采取一系列措施对系统进行了可靠性设计。
During the design of hardware circuits and printed circuit board, we take a series of measures to design the reliability of the system.
过孔点的减少是非常必要的。本文用一个实例说明了在印刷电路板设计中过孔点的优化。
The reduction of via is very necessary, it is useful only to show optimization of via in PCBD by an example in this paper.
现代电子工程领域中的数字设计人员和数字电路板设计人员在不断增加，这反映了行业的发展趋势。
The digital designer and digital circuit board designer in the modern electronic engineering field are increasing constantly, this has reflected development trend of the trade.
但最根本的应该是在印刷电路板设计、元器件布置和连接线的安排上下功夫，抑制共模骚扰源的产生。
But most attention should be put on the PCB design, elements position and line connection, which can suppress the source of the common mode disturbance.
在电路板设计中采用了适当的措施，增强了电路的抗干扰能力。实验证明，该电路能够满足飞行器系统要求。
In addition, measures are taken to enhance the anti-interference ability in design of PCB. Experiments show that this can meet with the requirements of the system.
分析了仪器仪表中常见干扰的来源，从应用的角度讨论了用硬件、软件和印制电路板设计时可用的抗干扰技术。
This paper analyses the sources of common interference in electronic instruments and discusses the anti-jamming techniques for hardware, software, printed circuit board, etc in terms of application.
对于芯片和电路板设计，这种设计可以直接实现硬件和软件的低功耗——而这也反过来满足系统设计人员的愿望。
For chip and board designers, this translates directly into low power - both hardware and software - which in turn requires a systems designer perspective.
您能够使用电路板范式查看服务之间的关系，从而使得服务设计的可视化表示形式极其直观。
You are able to view the relationships between services using a circuit board paradigm, making a visual representation of the service design extremely intuitive.
我的设计目标就是最后的芯片数一定要尽量少，更准确的说，是要让最后的电路板尽量小，因此，这些小不点的串行移位寄存器中标了。
My design goal was to have the fewest chips in the end. More correctly it was to have the smallest board space used.
BeagleBoard受一个规模很大的社区支持，而它的设计文档，包括生产用的印刷电路板(PCB)的架构草图，均可免费下载得到。
BeagleBoard is supported by a large community and its design documents, including architecture drawings of the printed circuit board (PCB) for use in manufacturing, are freely available for download.
通过应用该软件观察虚拟结果是否满足设计要求，这在实际的电路板中是难以做到的。
Through the application of the software to observe whether the virtual results meets the design requirements, the work is elusive in actual circuit board.
从1985年天朗遗弃在交叉印刷电路板的设计和晶圆开关。
From 1985 Tannoy abandoned printed circuit boards and wafer switches in the crossover designs.
使用这两种类型的设备，它变得非常容易设计印刷电路板。
Using both types of devices, it becomes very easy to design a printed circuit board .
文中介绍了具体的软硬件设计，进行了电路板和元器件的焊接、程序的调试。
In this paper, the specific hardware and software design, a circuit board and components of the welding, the debugging process.
设计中将上述功能电路制成模块电路板，同时增加一应急电源和应急气道，大大提高车门的安全性与应急性。
In the design, the functional circuits are made into module circuit, and the emergency power and airway can also be increased to improve the safety and emergency of car greatly.
在电路板的设计中采用光电耦合器件、铁氧体磁珠、旁路电容滤波等方式减小了噪声。
At last of design, use optocoupler device, ferrite beads and bypass capacitor to reduce system noise.
在过去，一块印刷电路板就是一份艺术品，印刷电路板的设计人员不仅仅是一名技术人员还是一位艺术家。
Printed-circuit boards used to be works of art, and the PCB designer was an artist as well as a technician.
硬件设计包括电路的系统规划、设计、抗干扰电路的设计、原理图的绘制、PC B电路板的制作、电路的焊接、电路的调试以及整个系统的组装。
Hardware include the whole programming of circuit, design, anti-jamming circuit, principal chart of circuit, the circuit board of PCB, jointing the circuit, debugging and assemble the system.
硬件设计包括电路的系统规划、设计、抗干扰电路的设计、原理图的绘制、PC B电路板的制作、电路的焊接、电路的调试以及整个系统的组装。
Hardware include the whole programming of circuit, design, anti-jamming circuit, principal chart of circuit, the circuit board of PCB, jointing the circuit, debugging and assemble the system.
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