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In the next lesson, we're going to look at
how you can tell your outputs to turn on

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in a specific sequence
and turn off in a specific sequence,

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which is especially useful if you're using things
like microcontrollers or FPGAs.

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We talked about output lists
which are a way to control the output

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of a single channel over time, but there are
some supplies that have multiple channels.

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Can you use lists
on multiple channels at once,

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or are there other modes that can do fancy stuff
with multiple channels at a time?

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-We've got fancy stuff, Danny.
-You've got fancy stuff.

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To your point,
many devices use several outputs.

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Oftentimes, a microprocessor wants
to be turned on in a certain sequence,

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and so the easiest way to do that
is to use output synchronization.

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It allows you to set a turn-on time
between each output

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as well as a turn-off time so you can
power down devices in a set sequence as well.

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Even when you set that up and you hit
the power-on button to turn on your outputs,

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it'll basically default them to turn on
at different points in time

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or turn off at different points in time
in the sequence you select.

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-You got it.
-That way you can turn on chips

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without zapping stuff
the wrong way.

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They turn on in the correct state
is the main thing,

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is that they wake up
the way they want to.

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That makes sense.

