三通道控制器将会出现在桌面/服务器处理器上，每个通道支持3个记忆模块。
The triple-channel controller will appear on both desktop and server/workstation offerings, and it will support three memory modules per channel.
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；
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).
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 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.
使用GM 8123高速串口扩展芯片扩展核心微处理器串口，实现多模块控制。
Additionally, the serial port of MPU are extended by GM8123 to realize multi-module control.
控制模块采用了高性能、高集成度、低成本、指令执行时间短的处理器P 89lpc 935来控制整个系统的外设管理。
The external management of the whole system is controlled by a microcontroller P89LPC935 with high performance, high integration, low-cost, short operation time.
AT 89 C52单片机作为系统的核心处理器，结合温度传感器、单相调压一体化模块来实现对清洗消毒机的程序化控制，并通过液晶显示屏实时显示系统工作状态、温度参数等信息。
This control system is composed of AT89C52 as a center the temperature sensor and module of voltage modulation. The working state and temperature are displayed on liquid crystal display.
测量模块主要完成待测信号的调理和模数转换，整个过程在微处理器的控制下完成。
Measurement module mainly completes the signal under test conditioning and analog-digital conversion, which is controlled by the microprocessor.
定常结构FFT的每级流图均具有相同的流图结构，因而易于编程，在FFT硬件处理器中使控制器得到简化，同时使阵列处理器和流水线处理器易于实现模块化。
Constant geometry FFTs are kept constant flow diagram from pass to pass, which can simplify some programs or hardware design and modularize array or pipeline FFT processors.
无线传输设备控制模块传统的实现方法是采用一块处理器，附加SRAM、EEPROM等电路来实现。
Traditionally, We used a CPU with a SRAM and an EEPROM to implement the control module on a wireless transmitting equipment.
特别是流水线结构使得FFT处理器可以通过对模块级数的控制，很容易的实现不同点数的FFT计算。
It's much easier to implement the scalable FFT processor based on multilevel pipeline processing architecture.
电子控制单元ecu采用AT 89 C 51单片机作为微处理器，设计了数据采集模块、开关量输入模块以及CAN通信模块。
Electronic control unit ECU used AT89C51 microcontroller as a microprocessor, including data acquisition module, switch input module and CAN communication module.
同时，PSTN接口系统的控制是通过无线收发模块的基带处理器来控制的。
Simultaneously, a PSTN interface system is controlled by a baseband processor of a wireless receiving and transmitting module.
治疗枕装置由微处理器根据传感器信号控制压力模块，按设定程序对各气囊充或放气。
The treating apparatus has microprocessor to control the pressure modules based on sensor signals and inflates and deflates the air bags according to the set program.
通过系统中控制接口模块接收主处理器发送的控制指令，屏蔽了不同主处理器之间的差异，增强了系统的可移植性。
The control interface module shields the various differences of the main processor, which improves the portability of the coprocessor system.
按照模块化设计思路，将通信器的硬件电路分为电力线通信模块、微处理器控制模块和电源耦合模块，集中器比通信器多一个RS-232C接口模块。
Depending on the idea of modular design, the communicator is decomposed to PLC module, MCU module, power and coupling module, while the collector has one more module: RS-232C interface module.
可重构计算系统是一种软硬件混合系统，通常包括作为主要控制器的微处理器，和作为硬件加速器的可重构硬件模块。
Reconfigurable system is a software-hardware mixed system. It generally contains microprocessor as the primary controller of the system and several reconfigurable hardware blocks as accelerators.
可重构计算系统是一种软硬件混合系统，通常包括作为主要控制器的微处理器，和作为硬件加速器的可重构硬件模块。
Reconfigurable system is a software-hardware mixed system. It generally contains microprocessor as the primary controller of the system and several reconfigurable hardware blocks as accelerators.
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