The special DSP chip for industrial control, integrated A/D and PWM interface increase the speed and reliability of the digital control system.
采用工业控制专用的DSP芯片、集成的A/D和数字PWM控制输出接口，提高了数字控制器的速度和可靠性；
Give an implement scheme of digital interface audio card based on DSP, ISP and special digital audio interface chip, which can do full process of audio recording, playing, editing and compressing.
提出一种基于DSP、ISP及专用数字音频接口芯片的数字接口音频卡的实现方案，可以完成音频信号录播、编辑、压缩过程的全数字化处理。
This article focuses on a special architecture for video and audio data processing. A DSP IP based on the architecture can effectively calculate huge data in image processing.
文章重点讨论一种专用视频处理的处理器的体系结构，根据该结构设计的DSP能够高效地完成图像处理。
In this article, to carry the 6-axis motion controller out, a method of using PCI special interface chip PCI9052 to be a interface bridge of PCI bus and DSP (TMS320LF2407), was introduced.
文章介绍了一种采用PCI专用接口芯片pci9052作为PCI总线与DSP (TMS320 LF 2407)的接口桥接器，实现6轴运动控制卡的硬件设计方法。
The special hardware structure and operation order , make DSP can algorithms of processing of different digital signal.
DSP芯片内的硬件结构和特殊的操作指令使其能够快速的实现各种数字信号的处理算法。
A distinguishing feature of the system is that it is not based on special video overlap chip that is common in this field, but USES DSP and CPLD to finish overlap functions.
系统主要特点是并非基于通常所采用的专用的视频叠加芯片，而是通过DSP和CPLD来实现视频叠加的功能。
Introduces how to connect the DSP to PCI Bus in brief and choose the means of using special PCI Bus interface chip to achieve it.
介绍DSP芯片如何桥接到PCI总线，并选择利用专用接口芯片的方法来实现。
The standout performance, the special architecture, powerful processing capability, as well as low power consumption, makes DSP most suitable for the future multimedia application.
DSP以其体系结构上的特殊性，强大的处理能力和相对较低的功耗水平，特别适合于多媒体领域的应用。
The major idea of this paper is to develop a system of images fast lossless compression, which realized on the special digital signal processing (DSP) chip of the high speed hardware.
本文内容旨在研制一种基于高速硬件处理功能的专用数字信号处理(dsp)芯片实现图像快速无损压缩的系统。
In the design, each project of configuration is provided to CPLD by DSP, no the special PROM, to realize the aim that one hardware examines and controls different style of signal.
本设计方法无需专用配置PROM，而是由DSP提供配置方案给CPLD来实现同一硬件对不同类型信号的检测与控制。
The special architecture, powerful processing ability, and relative low power consumption make DSP the most suitable one for future multimedia application.
DSP以其体系结构上的特殊性，强大的处理能力和相对较低的功耗水平，特别适合于多媒体领域的应用。
These basic conceptions are necessary to implement high speed real-time processing with programmable DSP chip or special-purpose digital hardware.
所涉及的基本概念也是采用可编程DSP芯片或专用数字硬件实现高速实时处理所必需的。
To meet application needs, serial communication card, based on DSP for special use, is designed in this paper.
本文就是根据这方面的应用需求，设计并实现了一种专用的基于DSP的串行通信卡。
Detection and track algorithm of eyes are transplanted the special-purpose DSP, develop the embedded real-time monitoring system of fatigue driving finally.
把眼睛检测及跟踪算法移植到专用DSP上，最终开发出疲劳驾驶的嵌入式实时监测系统。
The elevator special inverter is designed with the core of motor control DSP TMS320LF2407A, combining related hardware.
采用电机专用数字信号处理器TMS320 LF 2407a为控制核心，进行相关硬件设计，构成一套电梯专用变频器。
DSP adopts Harvard structure in which program memory and data memory are divided. DSP can realize various digital signal process algorithms by special hardware multiplier.
DSP内部采用程序和数据分开的哈佛结构，具有专门的硬件乘法器，可以用来快速地实现各种数字信号处理算法。
The DSP chip, which is special for complex mathematical operation and control fields, has rapid operation speed and higher mathematical operation ability.
专门用于复杂数学算法处理和复杂控制领域的DSP芯片具有较快的系统速度和较强的数学运算能力，比一般的单片机具有很强的数学运算能力。
The system useTMS320F240 DSP chip which is specialized in motor control system, the chip contains many special module for motor control, and decrease peripheral instruments labor.
系统采用电动机控制专用DSP芯片TMS320F240，该芯片集成了许多电动机运动控制所需的功能模块，减少了外围电路设计工作；
Then a design of shunt active power filter based on dual-DSP control has been put forward, with special attention on the control strategy and hardware design.
并提出了一种基于双dsp控制的并联电压型有源电力滤波器的设计方案，重点讨论了系统控制策略和控制系统软硬件设计方面的问题。
Then a design of shunt active power filter based on dual-DSP control has been put forward, with special attention on the control strategy and hardware design.
并提出了一种基于双dsp控制的并联电压型有源电力滤波器的设计方案，重点讨论了系统控制策略和控制系统软硬件设计方面的问题。
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