Media Summary: Do you like this but these are the simplest This is well know right and we know FN was You get an approximate impulse something like this and then the weight of this is equal to delta and the height is

Uiuc Ece210 L32 1 - Detailed Analysis & Overview

Do you like this but these are the simplest This is well know right and we know FN was You get an approximate impulse something like this and then the weight of this is equal to delta and the height is Part c you're given that f of t is equal to 2 cosine of omega So it has a f of key and then if you modulate it by this strange function n is = to And I forgot to mention that the height of this triangle is

Draw this difference between these two my spectrum analyzer is gonna use No so we have i think 60 years and it's not section wise it's not such a nice okay anita is Okay so this will retransform to that and then you're given that the input ft is a sine of 2 psi t and f of omega must be equal to And then uh you can renormalize this equation so that it look something like J Omega RC minus Omega squ LC + And if you were to ask what the resistance is when they're connected in parallel okay the rp that you see in this node here is

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UIUC ECE210 L32-1
UIUC ECE210 L30-1
UIUC ECE210 L31-1
UIUC ECE210 L42-1
UIUC ECE210 L32-2
UIUC ECE210 L34-1
UIUC ECE210 L37-1
UIUC ECE210 L35-1
UIUC ECE210 L31-2
UIUC ECE 210 1-1
UIUC ECE 210 L47-1
UIUC ECE 210 L26-1
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UIUC ECE210 L32-1

UIUC ECE210 L32-1

UIUC ECE210 L32-1

UIUC ECE210 L30-1

UIUC ECE210 L30-1

Do you like this but these are the simplest

UIUC ECE210 L31-1

UIUC ECE210 L31-1

This is well know right and we know FN was

UIUC ECE210 L42-1

UIUC ECE210 L42-1

You get an approximate impulse something like this and then the weight of this is equal to delta and the height is

UIUC ECE210 L32-2

UIUC ECE210 L32-2

Mean this

UIUC ECE210 L34-1

UIUC ECE210 L34-1

Part c you're given that f of t is equal to 2 cosine of omega

UIUC ECE210 L37-1

UIUC ECE210 L37-1

So it has a f of key and then if you modulate it by this strange function n is = to

UIUC ECE210 L35-1

UIUC ECE210 L35-1

And I forgot to mention that the height of this triangle is

UIUC ECE210 L31-2

UIUC ECE210 L31-2

Draw this difference between these two my spectrum analyzer is gonna use

UIUC ECE 210 1-1

UIUC ECE 210 1-1

No so we have i think 60 years and it's not section wise it's not such a nice okay anita is

UIUC ECE 210 L47-1

UIUC ECE 210 L47-1

Okay so this will retransform to that and then you're given that the input ft is a sine of 2 psi t and f of omega must be equal to

UIUC ECE 210 L26-1

UIUC ECE 210 L26-1

And then uh you can renormalize this equation so that it look something like J Omega RC minus Omega squ LC +

UIUC ECE 210 4-1

UIUC ECE 210 4-1

And if you were to ask what the resistance is when they're connected in parallel okay the rp that you see in this node here is