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I will tell you how to acquire an analog signal using any USB 6000 DAC card with the help of Python

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programming.

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For that purpose, I just use a potentiometer because it will generate analog values based on your input.

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Right now I am just using ground pin.

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This is my ground pin that is connected to one end of potentiometer.

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This is my rotary potentiometer and I just connect plus five volt to the other end of the potentiometer.

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The middle one.

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That is my wiper.

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This is yellow pin that is connected to a zero pin of my debt card.

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And the ground pin of the DAC card is connected to the ground of potentiometer.

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And I'm using differential potentiometer for connections and differential connections so that that's

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why I just use a four pin.

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Also grounded.

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This blue one is my four.

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This green one is my ground pin and yellow one is my signal pin.

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Input.

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Signal pin.

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So in this case, this is my hardware connection.

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Now I just go to the software part.

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So first you have to import the library.

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So after this, you have to just read analog input value.

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Okay, so now it is and I get Max because right now you have to just assign the task.

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So.

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Dallas.

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After this this task as task.

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Indentation over here.

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You just write Task dot I stands for analog input underscore channels.

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Then you have to just add after this analog input underscore, you have to set the voltage which type

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of signal you want to acquire.

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This is voltage underscore channel, and now you have to put the device name.

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So it is my day one and the pin is a zero.

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Okay.

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So now you just.

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Enter over here, you just assign a value.

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Or you can say it is a variable

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and this variable will take the value from task.

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No.

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Just print these values.

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The variable name is value.

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After this, you have to just stop the task.

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Task Dot.

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Stop.

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Okay, so this is the code to read analog signal using an USB 6009.

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Let's check it, save it, run it.

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Make make the potentiometer to highest value extreme value.

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Run it.

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Now the value is.

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It is showing some error with an ECS task task as task.

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Here are some error.

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I just dream of these Big Macs.

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Don't ask.

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This 20.

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With any task as task.

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Okay.

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It is.

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This.

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Right now.

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It is okay.

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Again.

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I know that Max is not defined Tech Max.

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Okay.

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Okay.

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I just.

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Make an error because it is an attack, Max, not Max.

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Save it.

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Run it.

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Okay, now the problem is solved over here.

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As you see, the value is 5.041.

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When you change the node and when you move the potentiometer in clockwise direction, now the value

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is below five.

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So again, I'm just run it.

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So as you see over here, the value is 4.3.

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Then again I move.

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It is in clockwise direction.

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Now the value is below 4.3.

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That is 3.2.

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Again, I'm just changing the value a little bit in the clockwise direction.

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Run it right now I'm just using single sample code.

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Just single value is acquired when you use for loop and you assign the value, it will generate values

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for you according to your given time span.

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So right now it is 2.6.

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Again, I'm just changing the value.

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So run it

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1.91 and when I just again move in the clockwise direction, now the value is 0.13 and I just move it

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to extreme.

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It is nearly to zero.

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Again, I'm just running it.

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So now the value is 0.003.

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So this is how you can generate acquire analog signal using any USB 6009 DAC card with the help of Python

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programming.

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This is all about how you can acquire analog signal right now.

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In this case I'm just using differential case.

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Okay, so this is how you can acquire analog signal with the help of Python code.

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Thank you.