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Hello and will come to this and your lesson will truly show you how you can easily trace and pull registers

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and bit by bit mother.

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So here's a quick example.

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Flighting bit by bit.

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Just the two of Zino equals one.

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The means the stress register will address for the and it will also address bin zero of this part.

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So one other this the whole bought just one bin.

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So when we say equals 1 This means that the software C language is telling SEPIC micro-controller that

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it should make that 0 bit of port and port and if we said to rest the of four equals zero it should

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make fourth part of part D as output.

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As we mentioned earlier in the Beevor's lessons one means but zero means output.

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If you are not for me know C language you should take our course pick micro-controller.

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Step by Step Guide you can check our profile or send us a message.

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The third line is that the death of two equals one.

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This makes the second bit of thought at logic high.

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So to the logic high to the Second been in port the so it will tell on if there is connected to of 2

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or to the second bin.

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It will turn it on now that the death of 5 equals zero.

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This will turn off the fifth bit of Paul D the it will turn it off.

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Awesome logic lol.

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So if we have added to the spin and d it will turn it off.

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So this was how to write.

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Bit by bit.

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And as you can see we liked bit by bit.

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It's a little bit hard to keep track of all of the bends.

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So naifs I will discuss the numbering system and how you can plot the whole board at once using binary

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decimal octal or hexadecimal number.

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Thanks for watching this lesson.

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If you have any questions please ask about this is educational engineering team.