SCAT-I avionics uses the received signal to improve position accuracy and signal integrity along a defined flight path.
SCAT-1航空电子设备利用接收到的信号，来改善沿着确定的飞行路径的位置精确度和信号集成度。
Board level signal integrity analysis using IBIS model is a kind of simple and easy method.
利用IBIS模型进行板级信号完整性分析是一种简单、易用的分析方法。
Application of delay in a signal integrity of the source code can be directly used by the test.
延迟的应用中的信号完整性的源代码可以直接使用的考验。
Signal Integrity(SI) is one of the most important problem in the area of high speed digital design.
信号完整性问题是目前高速数字设计领域最重要的问题之一。
The backplane is a complex system containing a number of variables that can impact signal integrity.
背板是一个复杂的系统。它包括了一定数量的影响到信号完整性的变量。
With the above technology we obtain signal integrity in the transmission of high speed digital circuits.
采用上述的端接技术可在高速数字电路中实现信号的完整性传输。
How to solve the signal integrity issues has become a very important element in high-speed system design.
如何解决信号完整性问题已经成为高速系统设计的一个非常重要的内容。
Signal Integrity design proved to shorten the design cycle, with good theoretical and practical significance.
实践证明信号完整性设计缩短了设计周期，具有比较好的理论和实际意义。
Secondly, the first and second class signal integrity came down to high speed interconnectors can be analysis together.
其次，由于信号完整性问题中的第一、二类都涉及到高速互连线，所以将其统一分析。
A poorly designed power grid may easily lead to extra logic delays, signal integrity problems and even functional failures.
一个设计粗劣的电源网格很容易引起额外的逻辑延迟，信号完整性问题，甚至芯片的功能性错误。
In high - speed circuit design process, the signal integrity design issues that affect the success of one of the important issues.
在高速电路设计过程中，信号完整性问题是影响设计能否成功的重要问题之一。
Also this paper explains the relations among EMC, Signal Integrity and Circle Area with theory and experiments based on some cases.
并分析论证了在一定条件下emc与环路面积、信号完整性之间的关系。
As computer signal rates climb dramatically, signal integrity problem has become the major challenge in high speed computer design.
随着计算机速度的显著提高，信号完整性问题已经成为高速计算机设计中的关键。
This paper introduces the problems of Signal Integrity in high-speed parallel bus interconnect design and the new design methodology.
本文介绍了高速并行总线互连设计中出现的信号完整性问题及新的设计方法学。
Signal integrity theory is gaining increasing attention in high speed digital circuit design impedance matching plays an important role.
信号完整性理论在高速数字电路设计中日益被重视，阻抗匹配在信号完整性理论中占有重要地位。
The solution's signal integrity, its ease-of-use and the capability to upgrade its bandwidth hardware were proven in a thorough evaluation.
此解决方案的信号完整性、易用性及更新其宽带硬件的能力都已通过评估。
Under such background, this paper first introduces the principles of model order reduction and the significance of signal integrity analysis.
在这一背景下，本文首先阐述了模型降阶的基本原理，以及信号完整性分析的意义。
With increasing of signal frequency in digital circuit, signal integrity (si), especially, signal reflections become more and more important.
随着数字电路信号速度的提高，信号完整性，尤其是信号反射的影响也愈加突出。
The main problems of signal integrity of high-speed digital system include reflection, crosstalk, delay, ringing, simultaneous switch noise, etc.
高速数字系统的信号完整性问题主要为反射、串扰、延迟、振铃和同步开关噪声等。
Defining the stack-up style is important if you plan to use blind and buried vias, or perform a detailed signal integrity analysis of the design.
定义层叠风格是重要的，如果你打算使用盲埋孔，或执行详细设计信号完整性分析。
In the realm of high-speed digital design, signal integrity has become a critical issue, and is posing increasing challenges to the design engineers.
在高速数字设计领域，信号完整性已经成为一个严重的问题，是造成越来越多的挑战的设计工程师。
High speed switch design consists of many components, the density of PCB and the signal rate is very high. Accordingly the signal Integrity is very important.
对于高速交换机这种元器件较多，PC B密度大，且信号速率很高的设备，信号完整性问题至关重要。
The Agilent Signal Integrity Verification Toolkit contains patented technology used in Agilent's real-time sampling oscilloscopes for accurate jitter characterization.
安捷伦信号完性整确认工具包包含能精确发现抖动处的使用在安捷伦即时取样示波镜中的专利技术。
The high-speed circuit designers focus more and more on the signal integrity because of the more complicated systems, higher rout densities and higher data throughout etc.
系统越来越复杂，布线密度越来越大，数据传送速率越来越高速，这些都使得高速电路设计中的信号完整性问题逐渐成为设计者关注的焦点。
Relatively familiar with the time domain, frequency domain is very helpful to understand and master the many effects of signal integrity between the two can be FFT conversion.
时域相对比较熟悉，频域则非常有助于理解和掌握许多信号完整性效应，两者之间可通过傅立叶变换相互转换。
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.
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.
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。
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