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用AT89C2051设计超声波测距仪
- 本文介绍了AT89C2051单片机的性能和特点,并在分析了超声波测距原理的基本系统框图。该设计系统经校正后,其测量精度可达0.1米-This paper introduces the AT89C2051 performance and features, and the analysis of the ultrasonic distance measurement principle diagram of the basic system. The design of the system ca
20070123100520157[1]
- 基于单片机的超声波测距仪的开题报告 属于开题报告 适用于学生开题设计中-based SCM ultrasonic range finder that the opening of the report that is open to students report that open design
chaoshengbodaocheleidaolibao
- 利用SPCE061A单片机、三个超声波测距模组实现超声波倒车雷达,要求具有下述功能: 1. 可以语音提示模组探测范围内的0.35m~1.5m范围内的障碍物; 2. 语音提示可指明哪一个方向(或区域)有障碍物在探测范围内; 3. 利用三个LED发光二极管表示三个传感器探测范围内是否有障碍物,当在探测范围内有障碍物时,发光管以一定频率闪烁,闪烁的频率以距离定,距离越近频率越高。-Use SPCE061A Singlechip, three Ultrasonic Ranging modul
lesson
- 超声波测距 实现的距离是10米 精确度为1厘米-The distance ultrasonic distance measurement to achieve an accuracy of 10 meters 1 centimeter
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- 提高超声波测距精度的设计,核心为STC51单片机,系统运行可靠,兼容性好,操作方便,作者:QQ 64134703 ,欢迎咨询。-Improve the design of ultrasonic distance measurement accuracy
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- 提高超声波测距精度的设计,基于51单片机-Improve the design of ultrasonic distance measurement accuracy
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- 使用msp430单片机控制超声波测距并使用5110显示-Msp430 microcontroller to control the ultrasonic ranging and using 5110 display
MSP430-Ultrasonic-Ranging-1
- 使用51单片机进行超声波测距,以及测距原理的阐述-Using 51 microcontroller ultrasonic ranging, and ranging principle elaborated
GMSCAVR1.0.1
- cvavr atmel 单片机开发的超声波测距程序。-cvavr atmel tester.
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- 单片机超声波测距代码,简单版,适合初学者-Ultrasonic Ranging microcontroller code, simple version, suitable for beginners
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- 基于STC89C52RC的风动控制程序,本系统有超声波测距,pwm,pid,矩阵键盘等多个子程序。-STC89C52RC based pneumatic control program, the system has a plurality of ultrasonic ranging subroutine, pwm, pid, matrix keyboard.
1-程序
- 基于51单片机的超声波测距程序,1602液晶屏显示距离,可通过按键设置报警上下限值(Ultrasonic ranging program based on 51 single-chip, 1602 LCD screen display distance, you can set the alarm limit value through the button)
程序
- void main(void) { TMOD=0x01; //设T0为方式1,GATE=1; TH0=0; TL0=0; ET0=1; //允许T0中断 EA=1; //开启总中断 InitLcd1602(); LcdShowStr(0,0,PuZh); while(1) { StartModule(); while(!Echo); //当RX为零时等待
超声波测距(LCD1602显示)
- 接线说明; Trig ------- P2^1; Echo ------- P2^0; VCC -------- +5v GND -------- GND 请在上电之前,检查好接线是否正确。(Wiring instructions; Trig - P2^1; Echo - P2^0; VCC - +5v GND - GND Please check that the wiring is correct before power on.)
US100&sr06热卖超声波资料
- //TDC中断输出脚,此脚用要来内配己完成信息的中断提示 //中断引脚Pin8,INT可以有不同的中断源,在寄存器2的Bits29-31(EN_INT)以及寄存器6 //bit 21位中进行选择. //Reg 2 bit 29 = 1 ALU 已经准备好 //Reg 2 bit 30 = 1 被设置的脉冲个数全部被接收到 //Reg 2 bit 31 = 1 TDC 测量单元溢出 //Reg 6 bit 21 = 1 EEPROM 动作的结束 //如果需要两个或两个以上的中断源,可
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- 这是一个用于倒车雷达的51单片机程序,可用。(This is a reversing radar program, available.)
13.0 超声波测距(数码管显示)
- 超声波测距 Trig ------- P2^1; Echo ------- P2^0; VCC -------- +5v GND -------- GND 请在上电之前,检查好接线是否正确。(ultrasonic ranging Trig ------- P2^1; Echo ------- P2^0; VCC -------- +5v GND -------- GND)
超声测距
- 实现超声波测距,用LCD1602显示,用keilC51调试(Realizing ultrasonic distance measurement with LCD1602 display)
电机1
- 51单片机,循迹,液晶显示超声波测距距离,小于30cm停车,但循迹比较鬼畜,需要根据硬件情况自行调整PWM控制(Tracking, ultrasonic, liquid crystal, 51 single chip)
F4最终版
- 基于STM32F407的超声波模块测距,增量式编码器(1/30减速比)实时测速,PWM输出控制直流单机,并通过OLED显示实时数据,同时也通过串口打印(Based on STM32F407 ultrasonic module ranging, incremental encoder (1/30 deceleration ratio) real-time speed measurement, PWM output control DC single machine, and display rea