采用单片计算机控制技术、数字电路技术、传感器技术，实现盘车机构自动控制；
The chip microprocessor control, digital circuit and sensor are adopted to realize the automatic control for the barring gear of marine steam turbine.
随着数据传输速率增高，其帧同步的实现就越来越困难，而该领域主要是应用高速数字电路技术。
It becomes more difficult to realize frame synchronization with higher data transfer speed, and this field applies mostly high-speed digital circuits technique.
提出了一种采用数字电路技术，替代原来的模拟元器件控制音响的声道选择和音量调节的音响控制器。
In this article an audio controller, which USES digital circuit technology instead of original analogue components to control channel selection and volume adjustment, is proposed.
在装置硬件电路设计上，大量采用了数字电路技术，如DSP技术、DDS技术、数字电位器技术等。
Many of digital circuit technologies are adopted in the hardware circuit design, such as DSP technology, DDS technology, digital potentiometer technology and so on.
随着数字电路技术和图像处理技术的飞速发展，人们对欧几里德距离转换的相关研究也逐渐成熟起来。
The fast progress of multimedia technology and image processing pushes the research in algorithms for distance transform into a further level.
目前，数字电路实验技术，在多数高校中仍处于静态调试的水平。
Current experimental technology in digital circuit in most colleges and universities had been label of static control.
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。
With the above technology we obtain signal integrity in the transmission of high speed digital circuits.
边界扫描技术是一种标准的数字电路测试及可测试性设计方法，它在工业界得到了广泛的应用。
As a standard technique of test and Design-For-Testability for testing the digital printed circuit board, Boundary-Scan technique has obtained widespread application in electronic equipment.
利用EDA技术进行数字电路课程设计是EDA实践教学的重点和切入点。
We use EDA technology in course design of Digital Electrocircuit now. It is the emphatic and cut-in point for EDA practical teaching.
本文提出了求多个测试序列极大距离的算法，该算法对数字电路的测试和软件测试技术是通用的。
This paper proposes a new algorithm for computing the maximum distance sequence, which are general for VLSI circuit test and software test technique.
随着电子技术的飞速发展，高速数字电路设计在整个电子设计领域所占的比例越来越大，如何处理高速信号问题已经成为一个设计能否成功的关键。
With the rapid development of the electronic technology, high speed digital circuit design is larger and larger in proportion in whole electronic designing field.
阐述了利用CPLD对多道脉冲幅度分析器数字电路进行系统集成的设计原理与方法，对系统的特点和设计中的技术要点作了详细的探讨。
The working principle and design methods of this digital circuitry and system integration with CPLD are also introduced. The features and technical points in system designation are discussed as well.
硬件电路设计采用了CPLD技术，将一些数字电路环节集成在CPLD芯片中，为系统的小型化、稳定性、抗干扰性、在线修改和升级创造了条件。
CPLD technology is employed to integrate digital circuit in CPLD chip, which is of great usage to the miniaturization, stability, noise immunity and on-line modification and upgrade of the system.
流水线技术是设计高速数字电路的一种最佳选择之一，对其实现原理作了较形象的阐述。
Pipeline technology is one of the optimum approaches to design high speed digital circuits. This paper sets forth the principle of its realization.
这个技术大大扩展了卡诺图的化简能力，在数字电路分析和设计中有着广泛的应用。
The Vem technique greatly expands the simplified capability of K-map and its use covers a lot of area of digital analysis ?nd design in a wide va-riaty of applications.
在对RFID芯片系统的相关理论和技术的深入研究的基础上，分析设计了RFID芯片的射频接口电路、数字电路和EEPROM存储电路。
Based on the deep study of relate theories and technologies of RFID chip, the paper has finished the analysis and design of the rf interface circuits, digital circuits and EEPROM circuits.
适合系统学习OFDM技术。本文设计并实现OFDM通信系统的调制、解调部分的数字电路。
This paper describes the design and realization of the communication system OFDM modulation, demodulation of the digital circuit.
提出了可交换数字电路倍增的概念，并提出了在电路交换网上实现可交换数字电路倍增（ED CM）的技术。
The concept of exchangeable digital circuit multiplication (EDCM) is proposed. The implementation technique of EDCM is put forward.
因此，研究数字电路板的故障诊断技术是当前势在必行之事。
Therefore, it is imperative to study the fault diagnosis technology of digital circuit boards.
因此，研究数字电路板的故障诊断技术是当前势在必行之事。
Therefore, it is imperative to study the fault diagnosis technology of digital circuit boards.
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