00:03Greetings friends, today I present to you the control using the Vio and Proteus with Arduino.
00:08two-way traffic light sequence for which I describe the programming used in Arduino
00:13where this presents the library of an LCD and I define the output pins as variables followed
00:19This is where the serial configuration comes in, followed by the output pins with the output instruction.
00:24In void load, serial communication is configured for the LCD; then I propose the sequence of
00:30LEDs for the traffic light: if the data is equal to that, the sequence works, and then if the data is equal to that.
00:35All the LEDs, as variables, will be either false or off, all with a time sequence of
00:51Two seconds for the second Arduino program that deals with a thermometer using
00:57In Proteus, a thermocouple using the Proteus and Arduino visor, I first establish as a variable
01:03LED 13 then I describe as integer values to data and floating-point numbers in void setup I set the
01:09serial communication the LED as output with output in void load I configure tem as analog in the
01:14port to zero followed by this performed serial printing then with if if data is equal to e the
01:19led se
01:20It turns on and if the data is equal to either being false or off, and finally a time of two seconds
01:45Now I present the simulation together with Proteus and Vieux; it's about traffic lights.
01:51two ways in which through serial communication proteus and the vieux allows the switch-on
01:56and the switching off of the two-way traffic lights, the switching-on sequence was established in the
02:00Proteus programming where, using resistors and implementing the output of three
02:05The ports will be the sequence; here we can see what the semaphore sequence is like.
02:41The following messages are displayed on the LCD screen: the first says "instrumentation" and the second says "Washington Love".
03:09Here, the control shutdown is observed through this simulation.
03:21Now, the opposite, I turned it on
03:46Okay, now I'll explain the programming for serial communication. This is done through configure port, which is done using an open bill.
03:53a
03:53Stop after communication with Visa or shout and ends with close Visa within Huile López to the structure
04:00It almost refers to turning on or off with a 50 millisecond delay
04:20The following exercise involves using a thermocouple for serial communication to find the temperature.
04:27The value delivered for the thermocouple editing is very low, for which we need an operational amplifier that will allow us
04:33delivery with 0.5 output
04:49And these are the values we've already worked with, which we'll continue to use. The next step is to generate my...
04:55I want my own scale, the voltage value scale, for 100 degrees Celsius
05:13Now I'll move on to the programming for obtaining the temperature, keeping in mind the previous exercise of the sequence of the
05:20semaphores I'm going to add a Visa React now our program is data resection together with byte support well the
05:27The data that Proteus receives in the bio is taken as
05:30decimal strington number after this to obtain the temperature is multiplied by 5 and divided by 1023
05:36This value is multiplied by 100 to obtain the temperature using your plunger
05:42and
05:43and
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