g &=96 · 8 / : G \ [ 6 =96 c à á î º Û å ª «

Abstract

Keyword

1.

(a) (b) (c)

-9-

mitan_000This article is a technical report without peer review, and its polished and/or extended version may be published elsewhere.

mitan_000

2. WPT 3. 1

4. 4.1

( )

( )LLkrR

rRC

LR

o

o

+

++

−

=ω

ω

L L

vin vRo

i i CC1

V

(a)

(b) L

i

vR

L vRo

i C

E

( )r r2

r

r2

E

1 2

L Lvin vo

R

i i CC1v

(b)

1 2

L LV Vo

R

I I C

C1E =Vin(c)

1 2

L Lv

R

i CC1

E

vin=

i(a)

vo

(b)

1 2

L Lvin vo

R

i i CC1E v

E

1 2

L Lvin vo

R

i i CC1vE

1 2

L Lvin vo

R

i i CC1v

1 2

L Lvin vo

R

i i CC1v

(b)

1 2

L LV Vo

R

I I C

C1E =Vin(c)

1 2

L Lv

R

i CC1

E

vin=

i(a)

vo

(b)

1 2

L Lvin vo

R

i i CC1E v

1 2

L Lvin vo

R

i i CC1E v

E

E

1

L Lv

R

iin C

C1E

vDiD

vo

v1

vD

iin

iD

vc1

vc2 E

E+vc1

t1 t2

T2T1

vc2

-10-

4.2

4.2.1. T1

4.2.2. T2

ILEm =

( )

++−= − tBtBBetq t ωωαω

α

( )

++−= − tAtAAeti t ωωαω

α

1

Lv

i

C1ER

E

1

Lv

i

C1R

iq

iq

vDiD

v

v

1

L

i

E Ri

D

a

ECEs ≅

Ctq

tV =

( )trRLrR

aa

a

a

erEI

rEti +

−

−+=

+

−++

=a

a

a rRrti

rREti

qB =

( ) IrRRq

rRLrRB

+−

+=

-400

-200

0

200

400

2.15m 2.16m 2.16m 2.17m 2.17m 2.18m

TT

E

Vc2

Vc1

iDI

V

I( ) ( )

−+

−−−=

=−

− tBBtBBBe

dtdqti

t ωαωαωα

ωα

IA =

( )rRLCILqRA+

+=

( )rRCLrRCL+

+=α

( ) ( )

+

+−

+=

rRCLrRCL

rRCLR

ω

-11-

4.2.3.

( )πωω

+= tt

( )πωω

+= tt

( )

−−

−= −

BBB

BBtα

ωα

ω

αω

( ) ( )

++−++

=

LLkCrRCCL

rrR

R

oo

or

ωωω

η

rrrDrrRoRoa WWWWWWWW ++++++=

rDaT WWW −=

RoRoJ WWW +=

a

Ja W

W≈η

T

JT W

W≈η

raR

RoT WW

W+

≈η

( )aa

rRLrR+

=αt

a

erRERtv α−+

=

( )tta

t

L eerEL

dtivW αα −− +−=⋅= ∫

( ) ( )t

aa

t

R errREL

dtRvW α−−

+== ∫

rRRWWo

oRRo +

=

rRrWW

oRr +

=

( ) ( ) ( )

−+−

++== −−∫ t

a

t

aaa

t

ara erLe

rrRLRt

rE

dtriW αα

Drar rr

rWW+

=

D

DrarD rr

rWW+

=

-400

-200

0

200

400

0 6.97u 13.9u 20.9u 27.9u 34.9u

rrRoL WWWW ++=

rLRo WW η⋅=

( )rLrr WWW η−⋅=+

’

’

’

T1T

-12-

4.2.4.

5. 5.1.

5.2

( )

++−= − tDtDDeti t ωωαω

α

( )

++−+= − tFtFFeFtq t ωωαω

α

( ) ( )

−+

−−−=

=

− tFFtFFFe

dtdqti

t ωαωαωα

ωα

Ctq

tVC =

-400

-200

0

200

400

361u 367u 373u 379u 386u 392u

TT

i2 vcv i1 Vin

EI02

I02

Vc1

Vc1

Vc1+E

1

L

I C1

E RII

Vc(T1)

(T2)

Vin1

L

IC1

RI I

E

Vc

V11

L

IC1

RI I

E

Vc

V1

1

L

IC1

RI I

E

Vc

V11

L

IC1

RI I

E

Vc

V1

V1

1 2

L LVin Vo

R

Iin Io CC1

E V

Vc

ID =

( )rRCLqRILCRE

D+

−+=

( )rRCLrRCL+

+=α

( ) ( )

+

+−

+=

rRCLrRCL

rRCLR

ω

-13-

5.3.

5.4

6.

Ctq

EtV −=

( )

( )ωπαω

πα

−

−

−

+=

e

eEVC

( )CC VeV ω

πα−⋅−=

( )

( )ωπαω

πα

−

−

−

+==

e

eE

CTq

VC

1 2

L LVin

VoR

Iin Io CC1E

V

Vc

1

L

I C1

E RII

Vc(T1)

(T2)

Vin 1L

IC1

RI I

E

Vc

V1

1

L

IC1

RI I

Vc

V1

V1

1

L

I C1

E RII

Vc(T1)

(T2)

Vin 1L

IC1

RI I

E

Vc

V11

L

IC1

RI I

E

Vc

V1

1

L

IC1

RI I

Vc

V1

V1

-2.5k

-1.25k

0

1.25k

2.5k

803u 809u 816u 822u 829u 835u

E

TT

i2i1Vin

I02Vc1

Vc

v VC

( )rRLRrCqRrIRLF

+−+

=

ECF =ECqF −=

-14-