b d bonatto phd thesis

8/18/2019 B D Bonatto PhD Thesis

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10−4

10−3

10−2

10−1

100

101

102

103

104

0

100

200

300

400

500

600

Voltage ToleranceEnvelope

Applicable to Single−Phase120−V Equipment

1us 1ms 3ms 20ms 0.5s 10s SteadyState

11090

40

7080

120140

Duration in Cycles (c) and in seconds (s)

P e r c e n t o f N o m i n a l V o l t a g e ( R M S o r P e a k E q u i v a l e n t )


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v M

vs(M)

Z M

[ rTHEV

][ vOPEN

] [ i ]

vs(4)

Z 4

vs(3)

Z 3

vs(2)

Z 2

vs(1)

Z 1

[ v ]

... ...

...

v4

v3

v2

v1

i1i2

i3

i4

i M

vOPEN _ M vOPEN _ 1


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vk

ik

vsource(k)

Rk

ck

dk


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vk

ik

Rk

ck

dk

isource(k)

isource(k)= vsource(k) / Rk


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v j

Rin[ r THEV j ]

i j

vOPEN jvk

Ω i j

Rout [ r THEV k ]

ik

vOPEN k


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v j

Rin[ r THEV j ]

i j

vOPEN jvk Β i j Rout

[ r THEV k

]

ik

vOPEN k


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ei ( t )

R1

R2

eo ( t )

ei ( t )eo ( t )

R1

R2

ei1

( t )

R2

R4

eo ( t )

R1

R3

ei2

( t )

ei3 ( t )


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ei ( t )

R

eo ( t )

C

E i ( s ) E o ( s )

Z1(s)

Z 2(s)

I 1( s )

I 2 ( s )


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ei ( t )

R1

eo ( t )

C

R2

v j

Rin[ r THEV j ]

i j

vOPEN jvk Γ v j Rout

[ r THEV k

]

ik

vOPEN k


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v j vk

i j

ik

1 : n


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vk i source Rout

[ r THEV k ]

ik

vOPEN k


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vk v source

Rout [ r THEV k ]

ik

vOPEN k


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b d bonatto phd thesis

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