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Good morning.

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Today, I will discuss how to interface passive infrared sensor, or you can see motion sensor with

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Ardino mega using legumes.

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So over here I have passive infrared sensor.

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Using these potential meters, you can gauge the duration of pulse and you can also change the range

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of this sensor.

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OK, so this sensor have one week, as you see over here, this is week and this one is my signal and

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this one is crown as the red one is my ATCC.

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That is five all black one is brown and white one.

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And this yellow one is my analog pen.

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That is my signal from the sensor.

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And over here I have a lily that is connected to a pin number seven.

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So right now I just acquired a signal analog signal and then there's the signal.

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So for this purpose, I just go to the software part and over here you have to just line explain where

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we are.

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First you have to interface.

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You are already Namanga right now my company is seven next.

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So as you'll see or hear, the program is burning and then the uploading is done.

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I just finish it.

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So just finish it and go to Makaha Bluebox just lock it.

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And over here for processing, just open, create constant and in this constant select the computer

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then you have to close.

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And then this program I just read analog signal so I just read analog signal and the PIN number is eight.

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Then just go to the D Delaporte and over here I have to write.

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So I just connect this error to error over here and over here.

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You have to select the PIN number.

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The PIN number is seven days, the PIN number seven.

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And over here we have to we have some volume.

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So right now I just get a comparison when the output value of the handset, because when there is a

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signal, the output value is three point four, something bold.

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So I just take this from here and create a constant on the constant values, too.

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So when the voltage is about to equal to the true function and a true function is one, or you can say

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five, all it goes to the LLB from being number seven.

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So I just create a while loop over here.

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So for continuous signal reading and generation control, you just I also create a meter

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so the value so there is five or six and this value is around three point something.

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So I just create these equality's display and I also take a Luly

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that is the output.

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So AEB and it is this is connected to the output of the competitor that goes to the output site.

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OK, so when I had known then what I know, as you see right now, the program is started and as you

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see right now, the value is zero.

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And when I move my hand in front of this biosensor, the value is they point for something.

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And right now my hand is stationary, so the output is idle.

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And when I move my hand, as you see, the output was painful and the Allouni.

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Also, right, OK, so this is how I know I'm moving my hand, so I'll put days there, but when my

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hand is stationary over here, as you see there, Lud's goes off and I'll put Allouni also goes off.

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So this is how you can acquire analog signal and this does signal using different applications.

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Thank you.