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MSP430F169

MSP430F169的相关文献在2005年到2021年内共计78篇,主要集中在自动化技术、计算机技术、无线电电子学、电信技术、电工技术 等领域,其中期刊论文78篇、专利文献120789篇;相关期刊56种,包括科技致富向导、吉林化工学院学报、仪表技术与传感器等; MSP430F169的相关文献由184位作者贡献,包括刘刚、刘娇、刘拓等。

MSP430F169—发文量

期刊论文>

论文:78 占比:0.06%

专利文献>

论文:120789 占比:99.94%

总计:120867篇

MSP430F169—发文趋势图

MSP430F169

-研究学者

  • 刘刚
  • 刘娇
  • 刘拓
  • 刘汉奎
  • 吴兴波
  • 周小娜
  • 呼小亮
  • 孟开元
  • 张金纲
  • 曹庆年
  • 期刊论文
  • 专利文献

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    • 王浩; 雷宇; 魏启; 王钗; 王军; 艾梅
    • 摘要: 为了满足声学二次定位射频识别器(RFID)对应答器信息的识别和醒目显示的需要,开发了对应的液晶驱动控制程序。液晶显示驱动接口软件基于微处理器MSP430F169开发和设计,该微处理器也是射频识别器的主处理器(MCU)。智能型液晶彩屏终端采用高性能、低功耗的真彩显示器,其具有与上位机MCU通讯的RS232或UART接口。给出了控制驱动程序的开发思路,采用汇编语言编程,通过串口通讯实现了声学二次定位射频识别器(RFID)中对应答器单元组号、ID序列号和内置电池电压的真彩色、大字体中文显示,满足了客户海上作业的实际应用需求。
    • 王浩; 雷宇; 魏启; 王钗; 王军; 艾梅
    • 摘要: 为了满足声学二次定位射频识别器(RFID)对应答器信息的识别和醒目显示的需要,开发了对应的液晶驱动控制程序.液晶显示驱动接口软件基于微处理器MSP430F169开发和设计,该微处理器也是射频识别器的主处理器(MCU).智能型液晶彩屏终端采用高性能、低功耗的真彩显示器,其具有与上位机MCU通讯的RS232或UART接口.给出了控制驱动程序的开发思路,采用汇编语言编程,通过串口通讯实现了声学二次定位射频识别器(RFID)中对应答器单元组号、ID序列号和内置电池电压的真彩色、大字体中文显示,满足了客户海上作业的实际应用需求.
    • 盛腾飞
    • 摘要: 低高度无线电高度表是用于测量飞机在低空飞行时地面到飞机的垂直距离的无线电设备,是近地警告系统的组成部分、是重要的飞行器仪表之一.本设计以TI公司生产的16位低功耗单片机MSP430F169为主控制核心,以STC公司生产的8位高速单片机STC89C52作为辅助测距核心.模仿飞机低高度无线电高度表的工作情况,使用超声波代替无线电进行测距.本设计主要由超声波测距模块、MSP430F169主控制模块、12864液晶显示模块、4X4键盘模块、WT588D语音报警模块组成.
    • 蒋雪琴; 汪金刚
    • 摘要: In this paper,the ultra-low-power microcontroller MSP430F169 made by TI is used as the core control unit,the inductance digital converter (LDC1000) is used as a metal detector,and the steering gear (SM-S4303R) is used as the car driver,supplemented by other peripheral devices.All the devices mentioned above constitute the detection car control system.The system uses photoelectric and ultrasonic sensors to detect the real-time speed and positon of the trolley.The eddy current sensing technology is used to realize the metal detection and positioning.The speed and angle of the steering gear are adjusted by using PID and PWM pulse width modulation technology.The car running speed and running direction are controlled in a closed-loop;LCD (LCD1602) displays a variety of parameters and test results.Using car automatic tracking function,the system can detect a certain area of metal objects through the acousto-optic prompts for accurate positioning.The results of several tests showed that the system has the characteristics of high precision,fast positioning and small error.%本文利用MSP430F169单片机作为核心控制单元,LDC1000转换器探测金属,SM-S4303R舵机驱动小车,构成探测小车控制系统.系统使用光电、超声波传感器检测小车运行的实时速度及位置;使用涡流传感器探测、定位金属物体;使用PID与PWM脉宽调制相结合的技术,调节舵机的转速及角度,达到对小车运行速度和运行方向的闭环控制;使用LCD1602液晶显示器显示各种参数及检测结果.运用小车自动寻迹功能,系统可检测一定区域内的金属物体,通过声光提示进行准确定位.多次测试结果表明,该系统测试精度较高,定位速度快,误差较小.
    • 郭星; 崔朗福; 高爽; 桑胜波; 张文栋; 白玉杰
    • 摘要: 为了克服现有阻抗测量仪功耗大,体积大,价格高的问题,基于AD5934与MSP430F169设计了一种具有低功耗特性的便携式阻抗测量系统.采用超低功耗的MSP430F169作为主控芯片,通过I2C总线控制基于AD5934的阻抗测量模块完成阻抗的测量,并通过LCD液晶屏显示测量结果.RLC串联回路和R||C电路测量实验表明:该系统能精确测量待测物的阻抗值,并可测其共振频率,相对误差低至0.04%.该系统在功耗和便携性方面实现了创新,与传统的阻抗测试仪相比具有体积小、功耗低、精度高、成本低等优点,可广泛应用于普通电阻电容、水电导率、生物复阻抗等测量.%In order to eliminate the problems of high-power consumption,big volume and high price existing in the available impedance measurement tester,a portable impedance measurement system with low-power consumption was designed based on AD5934 and MSP430F169. The MSP430F169 with ultra-low power consumption is taken as the main control chip of the system. The impedance measurement is fulfilled by means of the AD5934-based impedance measurement module controlled by I2C bus. The test results are displayed on LCD screen. The measured experimental results of the RLC series circuit and R||C circuit show that the system can measure the impedance and resonance frequency of UUT accurately,and its relative error is as low as 0.04%. The innovation of the system is realized in terms of power consumption and portability. The system has the advantages of smaller volume,lower power consumption,higher accuracy and lower cost in comparison with the traditional impedance tester, and can be applied to the measurement of the common resistance-capacitance,water conductivity and biological complex imped-ance.
    • 邱崇军; 胡登鹏
    • 摘要: 本文设计了一款以MSP430F169单片机为主控制器,LDC1314电感数字转换器[1]作为传感器的金属探测器.单片机通过I2 C接口对LDC1314进行初始化值配置和检测结果的读取,并将LDC1314的检测结果在外接的1602液晶显示屏进行实时显示.LDC1314有4个检测通道,可以同时外接4个不同的PCB线圈,通过对线圈的圈数、线宽、线距等参数进行设计,可以实现不同的功能.通过对8种不同金属物质的检测,探测器可以准确、迅速进行区分.%In the paper,a metal detecting device is designed,which uses MSP430F169 as the control core and the LDC1314 inductor/digital converter evaluation board as the sensor.The microcomputer is used to configure the initialization value of the LDC1314 and to read the detection results through I2 C interface ,then the detection results is displayed on 1602 LCD screen in real time.The LCD1314 has four testing channels,and four different PCB coilscan be attached at the same time.The different functions can be realized through setting different values of number of coils,trace widths and trace spacing.The detector can distinguish eight different metal substances accurately and quickly.
    • 徐伟星; 殷兴辉
    • 摘要: In view of the present situation about the tracking control system of rolar radio telescope with poor degree of intelligence and high professional requirements,on the base of radio telescope and automatic control knowledge,the paper proposes a scheme of improving the intelligent control of radio telescope system.The system has high reliability,simple operation,and its practical value is greatly increased.The system takes the MSP430F169 chip microprocessor as control core,drives the rotations of reversing motor and pitching motor.to complete the task of tracking and observing celestial bodies.It achieves the goal of intelligent control of radio telescopes.%针对目前太阳射电望远镜跟踪控制系统智能化程度差,专业化要求高的特点,在射电望远镜及自动控制相关知识的基础上,提出了一种提高射电望远镜系统智能化控制的方案,使系统可靠性提高、操作更简单和实用价值大大提高.系统以MSP430F169单片机为控制核心,通过驱动方位电机和俯仰电机转动,完成射电望远镜追踪并观测天体的任务.
    • 王起源
    • 摘要: 本设计介绍了基于MSP430F169单片机的电压相量测量仪设计与制作。该测量仪可实现两路交流电压有效值、相位差和频率的测量。该测量仪电路简单、造价低廉,可作为电路理论教学中相量实验的专用仪器。
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