给出了控制系统硬件设计方案，并对系统的显示电路、超声波测距电路、电机驱动电路、无线通信电路等硬件模块接口电路作出了简要描述。
The concept of the system hardware is discussed. This paper presents also the interfaces of LCD, ultrasonic sensor, motor drive and wireless communication.
只要简单修改接口电路，此模块也可以用于其他型号的单片机。
It can also be applied to SCMs of other types with some easy modification to the interface circuit.
详细阐述了系统的总体设计方案，给出了界面模块与89c51接口电路，最后介绍了软件设计方法及程序流程图。
This paper detailedly introduces the whole design scheme of the system, the circuit on interface module and 89c51, the method of the software design and program flow chart.
给出了系统的硬件电路结构原理，PC、单片机与蓝牙模块hci接口的软件实现方法。
The systematic hardware circuit construction principle and the software realized methods of PC, SCM and Bluetooth module HCI interface are proposed.
通过对TC 35i模块的应用程序接口的分析，设计出它的外围电路，从而实现一个可以进行移动短消息收发的设备。
By analyzing the application program interface of TC35I wireless module, the peripheral circuit is designed. Through the device we can receive or send short messages.
详细介绍了CAN/LIN总线技术在灯控模块中的应用，完成了CAN和LIN的网关设计，并给出了CAN/LIN总线的硬件接口电路和软件设计思想。
This paper introduces the CAN/LIN bus' application in the light's control module, the design of the CAN/LIN gateway is finished, and the hardware interface circuit and the software idea are given.
该方案的系统组成包括PC机软件、LXI接口电路、控制模块、多通道dds系统和加法器。
This system could include the PC software, LXI interface circuit, control module, multi-channel DDS system, and the Adder module.
本文介绍了利用AT 89 C51单片机组成的一个简单测压显示模块电路，并详细介绍了其接口和应用。
In this paper, we introduce a simple circuit module for voltage measuring and displaying, which main consists of MCU AT89C51, and discuss its interface and application in detail.
该终端的硬件设计，主要包括微处理器芯片的选型、MC35通讯模块的接口设计、存储器单元及串口电路设计等。
This terminal's hardware design mainly includes the choice of microprocessor chip, the interface design of MC35 module of communication, the circuit design of memory modules and serial port and so on.
该电路包括适 于通过天线接收多个频率成分的天线接口模块。
The circuit includes an antenna interface module adapted to receive multiple frequency components via an antenna.
该模块包括接口部分和功能电路部分，能够完成1路采集和4路回放。
The module includes interface part and function part. It can accomplish 1 channel data acquisition and 4 channels return.
对无线数据传输系统的构成进行了研究，阐述了基于C8051F 020微处理器和CD MA模块MG801A的数据终端的硬件设计电路和软件接口的实现。
The paper introduces structure of wireless data transmission system, and expounds realization of hardware design circuit and software of DTU based on C8051F020 microprocessor and CDMA module MG801A.
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.
最后给出了PXA250与无线模块的接口电路和软件设计。
Finally, it presents the interface between PXA250 and the wireless module as well as the software design.
在理解了仪器平台和各个仪器模块的硬件电路的基础上，提出软件设计方法并实现了基本接口功能。
Upon understanding the instruments platform and each instrument module hardware circuits, the author gives software design scheme and realizes the fundamental instrument interface function.
主要介绍CPCI数字存储示波器模块的模拟通道设计、A/D采样设计、数字控制电路设计、电源设计以及CPCI接口设计。
The hardware design of the module mainly presents analogue channel circuit design, A/D acquisition circuit design, digital control circuit design, power and CPCI interface design.
硬件设计包括脉冲采集模块、深度模块、遥测接口模块、USB接口模块的电路设计。
The hardware design is composed of circuit designs of pulse signal acquisition module, depth module, telemetry module and USB interface module.
通过适当地修改接口电路和增删软件模块，可以很方便地把所提出的系统方案移植到其它类似的应用领域中，如传真加密、IP电话加密、专用网络的数据加密等。
We can easily transplant the system into other domains such as faxes encrypting, IP Phone and private data network by changing the interfacing circuit and adding or deleting software modules.
在电路设计过程中，对后级接口电路进行了最优化设计，采用VHDL描述的方式实现了低压数字延时电路模块的设计。
In this paper, the optimization method was used to design the interface circuit, and use VHDL description to design low voltage digital delay timer.
详细阐述了I/V转换电路模块、模数转换采集电路模块、转速信号滤波整形电路模块和远端显示电路模块及接口电路的设计。
The design of I/V converter module circuit, ADC module circuit, speed signal per revolution filter shaping module circuit, remote display module circuit and interface circuits are expounded.
本文根据选用的调制解调模块ST7538设计了一种接口电路并对它的性能进行了测试分析。
This papers is about the design of the interface based on the modem ST7538 , measuring and analyzing the performance of the interface.
远程控制系统的硬件主要由单片机控制电路、USB接口电路、无线收发模块构成。
Hardware of the remote controlling system is mainly composed of Single Chip Microcomputer (SCM) controlling circuit, USB interface circuit and wireless transceiver.
设计了液晶显示模块和32位微机实验系统的接口电路，编制了液晶显示模块的驱动程序。
Show module and 32 bits of interface circuit of experimental system of computer after designing the liquid crystal, have worked out the driver that the liquid crystal shows the module.
系统实现了电源模块的设计，提供主电源和备用电源两种方式，同时具体完成了以太网模块、存储电路、总线接口模块等的设计。
This article realizes the design of power module which provides two ways for power: main power and backup power, and completes the design of Ethernet module, and storage module.
对于VME总线，用户可以根据特定要求自行设计接口电路，比如只实现从模块访问。
For VME bus, users themselves could design interface circuit according to particular demand such as only slave interface.
文中对变频部分的主电路、智能功率模块IPM和dsp芯片及其周围接口电路都作了详细地介绍。
This paper detailedly introduces the master circuit of the frequency transformation speed regulation, IPM, and interface circuit with DSP.
本论文的嵌入式硬件环境，包括CPU的外围时钟电路，复位电路，存储器单元，LCD模块，触摸屏，键盘，FLASH，SDRAM，网络接口等部分。
The embedded system in this thesis include CPU , memory part , LCD part, touching screen, keyboard, FLASH, SDRAM and internet interface and so on.
根据数据采集系统的工作流程，将整个系统分为CCD器件驱动电路模块、数据采集模块、数据缓冲模块和计算机接口模块。
According to flow of operation about data collect system, the all system is composed of CCD driver module, data collect module, data buffering module and computer interface module.
详细叙述了通讯板接口模块的硬件结构设计，其中，对数据缓冲电路、数据传输速率选择电路、逻辑控制电路等各关键点做了重点介绍；
Secondly, the hardware structure of the interface module is described in detail, mainly including data latch and buffer circuit, choice circuit of transmission rate, etc.
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.
应用推荐