包括信号传感电路、信号调理电路、数据处理电路、人机接口及通信接口电路等。
This system is expanded with signal sensor, signal regulating circuit, data sampling circuit, communication module and human-machine interface.
简要介绍了数字信号处理器TMS320LF2407A的串行通信接口模块及其串行通信接口电路。
This paper introduces the serial communication interface(SCI) module and the interface circuit of TMS320LF2407A.
前端数据采集装置和后台上位机之间数据通信采用RS485总线，设计了RS485通信接口电路和通信协议。
The data communicating between the data sampling unit and the computer adopts RS485 fieldbus. At the same time, the communication protocols and RS485 communication interface are designed.
数据采集系统包括信号调理电路、DSK接口电路、RS- 485通信接口电路、系统时钟电路及电源电路等。
The data acquisition system consists of the signal conditioning circuit, DSK interfacing circuit, RS-485 communication interfacing circuit, system clock circuit, the power circuit, and so on.
论述了基于SJA1000的CAN总线的硬件接口电路的设计、芯片的选择、软件设计及CAN通信的实现。
The design of CAN bus hardware interface circuit based on SJA1000, the selection of chips, the design of software and the realization of CAN communication are expatiated.
论述了该系统的软硬件设计以及预处理电路，详细阐述了AD和DSP的接口电路以及通信方式。
The paper discussed the hardware, software and the pretreated circuitry of the system, expatiated the interface circuit and communication mode between AD and DSP.
分析了网络协议测试仪的串行通信接口功能，设计了一种可编程多协议串行接口电路。
The function of serial communication port in protocol tester was analyzed and a programmable multi-protocol serial communication interface circuit was designed.
同时给出了应用双通道串行通信控制器(SCC)实现AM 79101与51单片机接口电路和应用程序设计。
Also, it provides the application of serial communication controller (SCC) which realizes the interface circuit linking AM79101 and 51mcu, and its programs.
详细介绍了光发送、光接收电路和单片机与微机的串行通信控制接口。
Transmitting and receiving circuits and serial communication and control interface between PC and microcontroller are described in detail.
集成电路。NMOS管，异步通信接口适配器。
Integrated circuit. NMOS, asynchronous communications interface adapter.
首先介绍了串行通信控制器85c30，给出了85c30接口电路的设计。
The serial communication controller-85C30 is introduced firstly. The design of 85c30 interface circuit can be found in this part.
详细讨论了DSP的主机接口hpi，为其设计了硬件连接电路和通信软件。
Discussed in detail the DSP's host interface HPI, to design the hardware connection circuit and communication software.
FPGA不仅要实现语音时隙交换的功能，还要与接口电路模块、号码分析模块、调度控制模块进行通信。
FPGA should not only implement the voice slot switch function, but also communicates with the interface module, caller-ID analyzing module and controlling module.
本文在介绍了电压光纤通信的特点，优化了光纤通信的接口电路的基础上，并设计了一套样机进行了试验和测试。
Based on the advantages of optical fiber communication and improvement of the interface circuit, a experimental model has been used for experiment and measurement.
电路采用可变结构帧存形式，与两片TMS320C40灵活的外部接口及强大的通信能力相结合，使系统可方便地组织成SIMD、MIMD等并行处理结构及流水处理结构；
This, combined with the flexible interface and powerful communication capability of TMS320C40 , made the system be easily configured as SIMD, MIMD parallel and pipeline structures.
其二，给出了通信转换器的硬件电路的设计和实现方法，通信转换器采用PIC18F248为主控制器，实现通信接口从RS232到CAN的转换。
Second, provide the design and implementation method of the hardware of communication converter. Adopts PIC18F248 as the master controller, realize the interface conversion between RS232 and CAN.
介绍了通用串行总线模块usb10 0模块的基本特点和使用方法，并给出了USB10 0与单片机的硬件接口电路和通信程序源代码。
The fundamental characteristics of USB100 and its application are introduced. The interface circuit between USB100 and MCU is given, and the source code of communication program is listed.
在硬件电路设计方面完成了信号检测电路、电平平移电路、单片机接口电路以及数据通信等电路的设计。
The hardware design mainly includes signal detect circuit, electrical level translation circuit, microcontroller interface circuit, data communication circuit and so on.
因此研究开发基于PCI总线接口和通信协议的超大规模集成电路芯片是具有应用前景和市场价值的。
Therefore, it will have a bright future to develop VLSI chip based on a PCI bus and related a communication protocol.
介绍了PIC16F877单片机与PC机实现串行通信的一种方法，并给出了硬件接口电路及通信源程序。
The paper introduces an approach of serial communication of PIC16F877 single chip computers with PC and provides a hardware interface circuit and a communication source program.
提出一种计算机通讯系统的USB接口电路，通过其可完成两台计算机之间远距离激光无线通信任务。
USB interface applied to wireless Laser communication system is formulated in this paper. Two Computers can communicate through this interface.
在简要地介绍了单兵短波数字通信系统的基础上，给出了MGLS12864T点阵液晶显示模块与第三代数字信号处理器(DSP)TMS320C31的硬件接口电路。
Firstly, the data communication system on short-wave for single soldier is present in brief. And then the hardware interface between the lattice LCD MGLS12864T and the 3g DSP TMS320C31 are introduced.
电路通信接口采用了USB技术，并设计了USB通信的硬件接口和软件程序。
We not only adopted USB technology in the communication interfaces of the modules, but also designed the hardware interfaces and the relevant software programs.
在数据通信方面，提出了由总线控制器与报文收发器构成的CAN总线接口电路，并详细论述了与总线接口初始化、总线中断处理、总线数据收发相关的设计实现过程。
For the purpose of data communication, the paper lodges the CAN interface circuit, and expatiates the programs of bus initialization, bus interrupt service routing, receiving and sending bus data.
该接口电路在机动式大气激光通信整机的应用中获得了满意的效果，这种方案可为串行通信系统的设计提供一定的参考。
This interface circuit worked very well in the laser-air communication system. This method could also be used as a reference of designing for serial communication system.
系统的硬件部分主要包括了DSP微处理器的基本外围电路、非易失性存储、LED显示、时钟管理、键盘接口，以及SCI通信和CAN通信等单元电路。
The hardware of the monitoring system mainly consists of the DSP controller, nonvolatile memory, LED, clock management, keyboard interface, SCI communication units and CAN communication units.
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.
此外，还利用单片机的串行通信模块，设计了与计算机通信的串行接口，并给出了系统的硬件电路图和软件流程图。
In addition, the communication with MCU and computer is realized by the serial communication port. The system's hardware schematics and software flow chart are also discussed in this paper.
此外，还利用单片机的串行通信模块，设计了与计算机通信的串行接口，并给出了系统的硬件电路图和软件流程图。
In addition, the communication with MCU and computer is realized by the serial communication port. The system's hardware schematics and software flow chart are also discussed in this paper.
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