US-015使用說明書及例程-V2.0+SA-260
US-015是US-020模塊的升級版本，和US-020兼容，以前US-020的測試程序US-015也適用。
US-015超聲波測距模塊例程與US-020的測試例程相同。
文件夾“US_015_GPIO_HighPrecision_ino”是用Arduino進行控制的高精度測距版本。
文件夾中的pde文件為Arduino的工程文件，可通過記事本打開和編輯。
US-015_GPIO_Arduino源程序如下:
- unsigned int EchoPin = 2; // connect Pin 2(Arduino digital io) to Echo at US-015
- unsigned int TrigPin = 3; // connect Pin 3(Arduino digital io) to Trig at US-015
- unsigned long Time_Echo_us = 0;
- unsigned long Len_mm = 0;
- void setup()
- { //Initialize
- Serial.begin(9600); //Serial: output result to Serial monitor
- pinMode(EchoPin, INPUT); //Set EchoPin as input, to receive measure result from US-015
- pinMode(TrigPin, OUTPUT); //Set TrigPin as output, used to send high pusle to trig measurement (>10us)
- }
- void loop()
- {
- digitalWrite(TrigPin, HIGH); //begin to send a high pulse, then US-015 begin to measure the distance
- delayMicroseconds(20); //set this high pulse width as 20us (>10us)
- digitalWrite(TrigPin, LOW); //end this high pulse
-
- Time_Echo_us = pulseIn(EchoPin, HIGH); //calculate the pulse width at EchoPin,
- if((Time_Echo_us < 60000) && (Time_Echo_us > 1)) //a valid pulse width should be between (1, 60000).
- {
- Len_mm = (Time_Echo_us*34/100)/2; //calculate the distance by pulse width, Len_mm = (Time_Echo_us * 0.34mm/us) / 2 (mm)
- Serial.print("Present Distance is: "); //output result to Serial monitor
- Serial.print(Len_mm, DEC); //output result to Serial monitor
- Serial.println("mm"); //output result to Serial monitor
- }
- delay(1000); //take a measurement every second (1000ms)
- }
所有資料51hei提供下載:
US-015使用說明書及例程-V2.0 SA-260.rar
(2.21 MB, 下載次數: 99)
2018-5-16 13:20 上傳
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