este es el codigo que nosotros utilisaremos
•/*
An open-source LM35DZ Temperature Sensor for Arduino. This project will be enhanced on a regular basis
(cc) by Daniel Spillere Andrade , http://www.danielandrade.net
http://creativecommons.org/license/cc-gpl
*/ int pin = 0; // analog pin
int tempc = 0,tempf=0; // temperature variables
int samples[8]; // variables to make a better precision
int maxi = -100,mini = 100; // to start max/min temperature
int i;
An open-source LM35DZ Temperature Sensor for Arduino. This project will be enhanced on a regular basis
(cc) by Daniel Spillere Andrade , http://www.danielandrade.net
http://creativecommons.org/license/cc-gpl
*/ int pin = 0; // analog pin
int tempc = 0,tempf=0; // temperature variables
int samples[8]; // variables to make a better precision
int maxi = -100,mini = 100; // to start max/min temperature
int i;
•void setup()
{
Serial.begin(9600); // start serial communication
}
{
Serial.begin(9600); // start serial communication
}
•void loop()
{
{
•for(i = 0;i< =7;i++){ // gets 8 samples of temperature
•samples[i] = ( 5.0 * analogRead(pin) * 100.0) / 1024.0;
tempc = tempc + samples[i];
delay(1000);
tempc = tempc + samples[i];
delay(1000);
•}
•tempc = tempc/8.0; // better precision
tempf = (tempc * 9)/ 5 + 32; // converts to fahrenheit
tempf = (tempc * 9)/ 5 + 32; // converts to fahrenheit
•if(tempc > maxi) {maxi = tempc;} // set max temperature
if(tempc < mini =" tempc;}">
if(tempc < mini =" tempc;}">
•Serial.print(tempc,DEC);
Serial.print(" Celsius, ");
Serial.print(" Celsius, ");
•Serial.print(tempf,DEC);
Serial.print(" fahrenheit -> “);
Serial.print(" fahrenheit -> “);
•Serial.print(maxi,DEC);
Serial.print(” Max, “);
Serial.print(mini,DEC);
Serial.println(” Min”);
Serial.print(” Max, “);
Serial.print(mini,DEC);
Serial.println(” Min”);
•tempc = 0;
•delay(1000); // delay before loop
}
}
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