Media Summary: ... Square Omega t with does anybody remember the trigonometric identity for cosine of square of Thea If you the clock a bar H of Omega magnitude and then this is omega over omega squared plus 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 21 1 - Detailed Analysis & Overview

... Square Omega t with does anybody remember the trigonometric identity for cosine of square of Thea If you the clock a bar H of Omega magnitude and then this is omega over omega squared plus No so we have i think 60 years and it's not section wise it's not such a nice okay anita is Okay no question Then um let's figure out how we can get a formula such as this So summing that gives me b minus so i have v minus being equal to v 0 And then uh you can renormalize this equation so that it look something like J Omega RC minus Omega squ LC +

Fact and I can work out the detail for you if you want to work out BC okay BC is equal to Best theorem it says that the power in the time domain integrated is equal to Okay that we know how to do right then you get e to the j alpha t / j alpha 0 to t and then you get e to the j alpha t minus

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UIUC ECE 210 21-1
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UIUC ECE 210 1-2
UIUC ECE 210 1-1
UIUC ECE 210 L27-1
UIUC ECE 210 11-1
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UIUC ECE 210 L49-1
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UIUC ECE 210 23-1
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UIUC ECE 210 21-1

UIUC ECE 210 21-1

... Square Omega t with does anybody remember the trigonometric identity for cosine of square of Thea

UIUC ECE 210 24-1

UIUC ECE 210 24-1

If you the clock a bar H of Omega magnitude and then this is omega over omega squared plus

UIUC ECE 210 1-2

UIUC ECE 210 1-2

Charge 10 to the minus 90. so

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 L27-1

UIUC ECE 210 L27-1

Okay no question Then um let's figure out how we can get a formula such as this

UIUC ECE 210 11-1

UIUC ECE 210 11-1

So summing that gives me b minus so i have v minus being equal to v 0

UIUC ECE 210 12-1

UIUC ECE 210 12-1

Plus

UIUC ECE 210 L49-1

UIUC ECE 210 L49-1

Minus

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 23-1

UIUC ECE 210 23-1

Fact and I can work out the detail for you if you want to work out BC okay BC is equal to

UIUC ECE 210 22-1

UIUC ECE 210 22-1

2i x ix

UIUC ECE 210 L44-1

UIUC ECE 210 L44-1

Best theorem it says that the power in the time domain integrated is equal to

UIUC ECE 210 L28-1

UIUC ECE 210 L28-1

Okay that we know how to do right then you get e to the j alpha t / j alpha 0 to t and then you get e to the j alpha t minus