CPLD the development and application of a very eye-catcher of books.
CPLD的开发与应用，一本非常值得一看的书籍。
So CPLD has an important practical value in infrared remote-control system.
因此，CPLD器件在红外遥控系统中具有重要的实用价值。
This paper introduces the method of designing LCD controller with CPLD chip.
介绍了一种使用CPLD芯片设计LCD控制器的方法。
The design of CPLD has adopted the output clock of image sensor to write SDRAM.
CPLD电路设计采用图像传感器的输出时钟触发sdram写过程。
A type of open architecture robot controller based on DSP and CPLD is developed.
设计了一种新型的基于DSP和CPLD的开放式机器人控制器。
The system utilizes the high integration of CPLD, decreases the complexity of circuit.
系统充分利用CPLD的高集成度，有效地降低了整个电路的复杂程度。
The paper introduces the extending of address space of 51 microcomputer by applying CPLD.
本文介绍了使用CPLD芯片来扩展51单片机的寻址范围。
The applying of CPLD in this logic design simplifies the hardware and saves the system resources.
将CPLD应用到逻辑电路设计中，既简化了硬件电路，又节省了系统资源。
This grating counter system makes use of CPLD technology to improve integration and speed of the lathe.
本文开发的计数系统使用CPL D技术，可以提高系统的集成度与运行速度。
The whole structure of hardware and the designs based on DSP and CPLD are specially discussed in detail.
硬件部分介绍了硬件整体结构，并对DSP及复杂可编程逻辑器件等部分的设计加以详细的介绍。
The design method of common control circuit and CPLD, generic trouble dictionary were mainly introduced.
重点介绍其通用控制电路、CPLD设计及故障字典生成方法。
According to the characteristics of 2psk signal, a 2psk demodulator design scheme based on CPLD is suggested.
针对2ps K信号的特点，提出了一种基于CPLD的2ps K信号解调器设计方案。
This paper introduces an AC servo control system based on the design of CPLD and analogue controller integration.
交流伺服控制系统的组成本文所设计的交流伺服控制系统是用于数控机床上的进给驱动系统。
The new tension measure and control system which can communicate with can bus adopts the technic of DSP and CPLD.
详细介绍了该张力测控系统所采用的CPLD和DSP结合技术，并实现与CAN总线的通信。
Then a way of generating Walsh sequences with CPLD is presented and the Design is described by VHDL on CPLD chip.
运用该方法产生沃尔什序列具有实现方便和需要的存储单元少等优点。
In the time sequence control respect, it USES CPLD to realize frequent tracking and synchronized sampling function.
在时序方面采用CPLD来控制，同时实现了频率的跟踪和同步采样功能。
A design method for control network nodes based on CPLD and multi-processor architecture is proposed in this paper.
论文提出了一种基于CPLD和多处理器结构的控制网络节点设计方法。
We use the CPLD to realize some control circuits, such as address decoder circuits and generate the sample impulses.
这里CPLD主要实现逻辑控制部分的作用，主要完成了采样脉冲产生、地址译码等功能。
At last we describe the software design, including software design of CPLD basing on VHDL and software design of DSP.
最后是软件部分的编程，包括CPLD部分的硬件描述语言程序设计，和DSP部分相关的程序设计。
The adoption of CPLD chip whose hardware logic can be reprogrammed in system helps to enhance the flexibility of system.
CPLD芯片具有硬件逻辑在系统可编程功能，大大提高了系统设计的灵活性。
Complex programmable logic device (CPLD) is finally used in the ground decoding process and then the data is demodulated.
地面利用复杂可编程逻辑器件CPLD实现数据的解调。
The technique of Software Protection studied in this paper is realized by designing CPLD in the Software Protection card.
本文所研究的软件保护技术是通过对软件保护卡中的CPLD设计来实现的。
The focus of research here is how to exploit the chip of AD9854 based on the CPLD device to generate a specific signal waveform.
研究的重点是如何利用CPLD（复杂可编程逻辑器件）开发AD9854芯片的功能，产生特定的信号波形。
The basis of software protection with CPLD is to design circuits according to PCI local bus criterion and the goal of software protection.
根据PC I局部总线技术规范和所要达到的软件保护的目的设计所需的电路是实现软件保护技术的基础。
We develop the technology of adaptive frequency agility based on CPLD to maintain the detection ability under the severe jamming environment.
并且开发了基于CPLD的自适应频率捷变技术，保障雷达能在恶劣干扰环境下维持其检测性能；
The DSP and CPLD based motion controller fully displays the fast data calculation ability of DSP and the hardware management ability of CPLD.
其中基于DSP和CPLD的运动控制器充分发挥了DSP快速数据运算能力和C PLD的硬件管理功能。
A method for designing driving circuit of CMOS active-pixel image sensor by means of the complex programmable logic device (CPLD)was introduced .
介绍了一种利用复杂可编程逻辑器件（CPLD）设计CMOS有源像素图像传感器驱动电路的方法。
This paper adopts the DSP and CPLD technology in hardware, correspondingly systemic integration degree and reliability have been improved remarkably.
本文在硬件设计上采用了数字信号处理器(dsp)和CPLD技术，使系统的集成化程度和可靠性得到了显著提升。
This paper adopts the DSP and CPLD technology in hardware, correspondingly systemic integration degree and reliability have been improved remarkably.
本文在硬件设计上采用了数字信号处理器(dsp)和CPLD技术，使系统的集成化程度和可靠性得到了显著提升。
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