arduino distance sensor tutorial

Arduino car entry-fourth day (sensor), arduino car Hello everyone, I am a small Editor. Record the content in the previous section and click "open link ". Today we will talk about sensors. Today we will talk about light and ultrasound. Start with a chart: There are three optical interfaces: UCC, out, And GND. Ultrasonic has four interfaces: UCC, T, E, And GND. T

Through this article, you can learn the following: basic information and wiring method of the hc-sr501 sensor hc-sr501 jumper Select two time modes hc-sr501 simple function Experiment hc-sr501 sensor basic information and wiring method The hc-sr501 is a pyroelectric-based body heat-release motion sensor that detects infrared rays emitted by humans or animals. The

Through the first two articles, we have become familiar with the basic GPIO programming of Arduino and the serial communication between PC and Arduino. Next we're going to start learning all kinds of sensor operations while delving into Arduino programming. Before we start programming, we need to be familiar with the p

*/#define DHT_PIN 2/IO temperature and humidity sensor data/#define TRG_PIN 3/O distance sensor start/#define EC H_pin/I distance sensor data input/#define ALM_PIN 4/* o buzzer Output/#define HMC_PIN 8/I body sensor data loss Ent

Bh1750fvi is a digital ambient optical sensor IC produced by Rohm semiconductor in Japan. Its main features include: I2C digital interface, supporting a maximum rate of 400 kHz Illuminance) Measurement Range: 1 ~ 65535 Lux, minimum resolution Power down Shielding illumination variation interference caused by 50/60Hz Mains Frequency Two I2C addresses are supported and selected through the ADDR pin. Small measurement error (maximum precision err

); //Pulse for 10μs to trigger ultrasonic detectionDelaymicroseconds (Ten); Digitalwrite (Outputpin, low); intDistance = Pulsein (Inputpin, high);//Read receiver Pulse timeDistance= distance/ -;//Transform Pulse time to distanceSerial.print (distance);//Ourput DistanceDelay -); returndistance; }I've said it before.I'll send it again.Sensor SRF05 UltrasonicVCC------------5VGND------------GNDPIN ECHO

module +5.3.2 Wiring Method +5.3.3 Drive Tri-Color LED module -5.4 Knowledge of analog input signals the5.4.1 Brightness sensor the5.4.2 Temperature sensor -5.4.3 Acceleration Meter -5.5 Interrupts the5.5.1 Binding Interrupt the5.5.2 Cancel Interrupt theThe 6th chapter of the Project Tomato alarm Clock -6.1 Tomato Time Management method -6.2 Overall Realization Ideas -6.3 Module Selection the6.4 Circuit Co

Basic tutorial for Android -- 10.10 sensor topic (1) -- IntroductionBasic tutorial for Android -- 10.10 sensor topic (1) -- Introduction Tags (separated by spaces): basic Android tutorial 1. Sensor introduction: Speaking of sens

serial communication-using a computer to control a tri-color LED module 785.3.1 Tri-color led Module 785.3.2 Wiring Method 785.3.3 Drive Tri-color led Module 795.4 Complete knowledge of analog input signals 825.4.1 Brightness sensor 825.4.2 Temperature sensor 845.4.3 Accelerometer 855.5 Interrupt 875.5.1 binding interrupt 875.5.2 Cancel Interrupt 89The 6th chapter of the project tomato Alarm Cl

serial port: read a value from the analog input pin and use this value to control the LED lightAnalog signal Input: Use a potentiometer to control the blinking of the LEDs.Analog output [Mega]: Use the Arduino Mega board to allow 12 LEDs to fade in one after the other.Analog signal Calibration: Set the maximum and minimum value of the sensor output analog signal to achieve the desired effect.LED brightness

(intThispin = Lowestpin; Thispin //Let LED fade: for(intBrightness =0; Brightness 255; brightness++) {analogwrite (thispin, brightness); Delay2); }//Let the LED fade: for(intBrightness =255; Brightness >=0; brightness--) {analogwrite (thispin, brightness); Delay2); }//Between LED gradients delay:Delay -); }}Related Informationfor ()Analogwrite ()Delay ()Analog signal and serial port: read a value from the analog input pin and use this value to control the LED lightAnalog signal

Memsic2125 Acceleration Meter MEMSIC2125 is a two-axis accelerometer that can measure the acceleration of positive or negative 2g in two directions (g represents the gravitational acceleration). Its pin design is simple: Only two data output pins, one for the x axis and one for the Y axis. Its data output pins will output different pulse widths according to the size of the acceleration (do not know what the pulse width is please see this article). The subtle level of pulse width can be measured

Android practice simple tutorial-62nd guns (electronic Sensor exact Compass) Here we use the sensor provided by the mobile phone to implement a simple small example of the electronic compass. You can learn how to use the SensorManager class, SensorEventListener and its overwriting method. First, create a layout file: Then the Activity file:

element Const INT threshold = Limit value for detecting whether there is a vibration //variable: int sensorreading = 0; The variable that stores the value int ledstate = low; Storage led state Volume void Setup () { pinmode (ledpin, output);//declare Ledpin as output mode serial.begin (9600); Serial Port } void Loop () { //Read the value of the sensor and deposit the sensorreading variable: sensorreading = Analogread (k

distance of the obstacle. The Grove-ultrasonic Ranger has four pins, namely power supply, ground, signal pin, and one pin dangling. Connect the Raspberry Pi and module as follows: After checking out the code from GitHub, enter it in the Raspberry Pi terminal lxterminal:CD "Grove–ultrasonic Ranger"sudo python ultrasonic.pyThe Raspberry Pi can drive the Ultrasonic Ranger module to work: 2. Infrared human detectionInfrared human body

] = "light sensor";Typename[sensor.type_pressure] = "pressure sensor";Typename[sensor.type_relative_humidity] = "type_relative_humidity";Typename[sensor.type_ambient_temperature] = "Type_ambient_temperature";Typename[sensor.type_gyroscope] = "gyroscope";Typename[0] = "Unknown";Typename[sensor.type_accelerometer] = "acceleration";Typename[sensor.type_magnetic_field] = "magnetism";Typename[sensor.type_orienta