The platform of synchronization control is a IF digital processing module based on DSP.
电台同步控制的平台为基于DSP的中频数字化处理模块。
This paper proposes a servo control system for permanent magnet synchronous machine (PMSM) based on Application Specific Intelligent Power Module (ASIPM) and Digital Signal Processor (DSP).
文章提出了采用一种新型专用智能功率模块ASIPM，结合数字信号处理器DSP开发的永磁同步电动机伺服控制系统；
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；
DSP is mainly used to process the data, FPGA provides control hub, using the wireless communication module to transmit data.
DSP主要用于数据处理，FPGA为DSP提供控制枢纽，依旧采用无线通讯模块传送数据。
Designed a position control module with DSP as core.
设计了以通用DSP芯片作为控制核心的位置控制模块。
Secondly, we designed the module in detail around TMS320C32, the core of control system, such as external storage module, PC-DSP data switch module, D/A output module.
其次，围绕着TMS320C32核心处理单元设计了运动控制系统的存储模块，PC-DSP数据交换模块，D/A输出模块等各部分的电路组成。
This system is constituted by four modules: analog signals acquisition module, digital signals acquisition module, CPLD control module and central DSP module.
本系统由四个模块构成：模拟信号采集模块、数字信号采集模块、CPLD控制模块和DSP核心处理模块。
Phase disposition modulation is selected as control strategy, which is digitally realized by EPWM module of DSP.
控制策略选用的是同相载波层叠调制，并且利用DSP的EPWM模块进行了数字化的实现。
Hardware design is based on the main control DSP core, including designs of sensor signals collection, data output channel and CAN communication module.
硬件设计主要围绕控制核心DSP展开，包括传感器信号的接入，数据输出通道设计以及CAN通信模块设计。
In this paper, DSP-based logic control module software design for Polarization Mode Dispersion (PMD) compensation systems is implemented by software programming and debugging.
文章通过软件编程和调试，完成了基于数字信号处理(dsp)的偏振模色散(PMD)补偿逻辑控制模块的软件设计。
The signals of fetal heart beating, uterine contraction and mark were processed with the DSP TMS320LF2407A. Meanwhile, the volume control of the heart beat sound was realized by the DSP module.
由TMS320LF2407A构成的DSP模块完成对胎心信号、宫缩压力信号和胎动标记请求信号的实时处理，同时实现心跳的音量控制。
The digital signal processor (DSP) TMS320LF2407 and the complex programmable logic device (CPLD) EPM7256E are used as the main control system and the drive module is also designed.
设计了一种交流电机控制系统用于水处理过程控制，采用数字信号处理器TMS320LF 2407配合复杂可编程器件EPM 7256e构成主控系统，并对驱动模块进行设计。
The power supply module provides the control circuit, the drive of frequency conversion circuit, transaction circuit and DSP with different power supply.
电源模块为系统控制电路、变频驱动电路、变送电路、DSP芯片提供不同要求的电源。
By researching on plenty of data, we put forward a DSP-core ultrasonic flowmeter's measurement and control module with Time-difference method.
通过研究大量的资料，提出了以DSP为核心的时差法超声波流量计测控模块。
By researching on plenty of data, we put forward a DSP-core ultrasonic flowmeter's measurement and control module with Time-difference method.
通过研究大量的资料，提出了以DSP为核心的时差法超声波流量计测控模块。
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