• Tidak ada hasil yang ditemukan

Design of Triple-band Dipole-type Antenna with Dual-band Artificial Magnetic Conductor Structure.

N/A
N/A
Protected

Academic year: 2017

Membagikan "Design of Triple-band Dipole-type Antenna with Dual-band Artificial Magnetic Conductor Structure."

Copied!
4
0
0

Teks penuh

(1)

!

"

#

$

% &

'

!"!#

$% $ &

&'

(

(

!

'

(

(

)

'

(

(

"

*+ ,

!-#.'

&

(

/

(

! "# ! $

% &

'

!% "# ! # ( ! %

' "

! "# !

' % ) )

%

* ' * '

' *

)

)

* # + )#*

,

-,

.

/

0

-

.

/

,

1

2 3

%

4

!

1

!

5

6

°

7

)

!

7

!

-8) .

7

2"3

/

!

8)

2$3

2'3

!

!

7

% 1

7

-%

.

7

!

7

1

- %) .

!

!

9

1

:84

1

+8% %)

4

0

2;3

!

!

9

7

2<3 )

!

-

7

.

!

1

/

! 2=3

))

+*) >?? #% + ? @ *

%

%

"

!

!

!

!

%

"

6 AA:84

6 BA:84

" '6:84 " 'A:84

CB6

°

7

!

8)

1

%

$

% 6 B":84 " ';:84 - 4 D <'!! /

$"!! ! 4 D <"!! / "B ;!!

4 D $ ;!! / ' ;!! D !!.

% " %

% 1 -:84.

6 6 6 ; 6 ; " 6 " ;

,

-.

"66 ;6 66 ;6 6 ;6 66 ;6 "66

Proceedings of the 5th European Conference on Antennas and Propagation (EUCAP)

(2)

% 1 -:84.

6 A6 6 A; 6 B6 6 B; 66

!

-#

!

.

6/ 6$

;/ 6$

6 ;/ 6$

6/ 6$

;/ 6$

)!

- .

% 1 -:84.

" " " $ " ' " ; " < " =

!

-#

!

.

;/ 6$

6 ;/ 6$

6/ 6$

;/ 6$

)!

- .

% $ !

E8) - . - .

)))

> *:+? , 8 F) 8 > *:+? ?# 8)

, > ) + G

@

!

/

/

7

!

1

!

7

!

-

!

7

ε

D $ "

0

&

D

< $;!!.

!

-

.

- ".

!

- .

/ /

-

.

% ' : 7 !

7

!

-

7

/ / .

%

' % !

1

1

/

!

7

1

1

8

7

!

!

!

" BH

!

% ; : 7

% ! %

<

1

7

7

8

7

! 9

7

1

% !

!

1

" ' :84

6 =;!!

" '=:84

";!! %

=

/ /

0

)

7

!

7

7

!

/

/

% < : 7

% 1 -:84.

6 6 6 ; 6 ; " 6 " ;

,

-.

"66 ;6 66 ;6 6 ;6 66 ;6 "66

< ;!! <"!! <" ;!!

% 1 -:84.

6 6 6 ; 6 ; " 6 " ;

,

-.

"66 ;6 66 ;6 6 ;6 66 ;6 "66

$ ;!! $"!! $" ;!!

% 1 -:84.

6 6 6 ; 6 ; " 6 " ;

-.

"66 ;6 66 ;6 6 ;6 66 ;6 "66

6 =;!! !!

";!!

(3)

% = : 7 4

)I

),?> @ * > * > > ),#?> * >**

!

!

!

-

%

A.

%

B

!

!

4

!

!

1

-+8%J 6 B":84 .

!

7

1

- F%J " ';:84

; A:84.

!

6 ":84 6 6=:84

6 ':84

!

7

0

$ ;'

6 ;6A!!

7

% A %

% B ! !

I

),?> @ * ),#?> * >** F) 8 + ? @ *

)

!

6 B":84

" ';:84

!

"

'

%

6- .

%

6- .

!

"/

"/"

$"!! / $'!!

$"!! / <<!!

7

- .

- .

% 6 ! K - . "/

- . "/"

)

))

!

L

!

!

4

"/

"/"

1

6 B":84

" ';:84

!

"

!

@?> ) 8>,> %# * > #% ),#?> * >** 6 B":8&

- @.

4

- @.

-!. -!.

! ; 'B ; B6 ' 66

"/

:,

B =B ' ' A ;; ; =;

"/"

:,

= 6; ; B B $6 = 66

% 1 -:84.

6 " $ ' ; < =

?

-@

.

"; "6 ; 6 ; 6

! % 1 -:84.

6 6 6 ; 6 ; " 6 " ;

-.

"66 ;6 66 ;6 6 ;6 66 ;6 "66

6 =;!! !!

";!!

(4)

@?> )) 8>,> %# * > #% ),#?> * >** " ';:84

-!

.

% L

!

)

7

!

+8% %)

:

"

!

!

7 " ';

:84 %)

!

!

!

7

!

!

! !

!

7

!

% ! %

- .

%

- .

!

7

!

7

7

7

!

!

% 1 - 84.

B ' B < B A B"6 B"" B"' B"<

7

-@

!

.

$ $6 "B "= "< "A ";

:, "/ "/"

- .

% 1 -:84.

" $A " '6 " '" " '' " '< " 'A " ;6 " ;"

,

7

-@

!

.

'A '< '' '" '6 $A

!

"/ :,

"/" :,

- .

% 7 !

- . - .

I)

#* ?+ )#*

7

7

7

%

!

!

)

7

:,

*#F?> : >*

0

8

>

- #8>.

0

!

-

.

+ 7

0

-+

.

>%> >* >

2 3 % G ! ! % 1 2

3 ! + 7 , ;< E "6 "66B

2"3 M 8 F ?

44 M F ! N !

! 1

7 O 4 3 5

I ;$ * A = M "66;

2$3 P / & % 4 8 & G & N%

! ! ! ! 7 O )##/

/& 4 6 7

& 5 =$ =$' "66'

2'3 ) ! M : , ) M : I 0/ NF

! ! 7 4

1 7 O 5 2

4 89 :2 % 0 & A$ A< @ "66=

2;3 > % ? 8 % N

1 7

1 :84O 4 3 7 5

9 I A B; B;' "66B

2<3 +0 ! 8 M 8 8 !

M ) 0 N ! !

9

! O 2 )#!#8###;.<- 3!M "6 6

2=3 ! # % & N

8) O 5 4

& % 54 % )# "";E"'' "6 6 - @.

4

- @.

-!. -!.

! " '' '' $" 6 A6

"/

:,

6 ; $ A= =" 6 B6

"/"

:,

B A ; < " 6B 6 B;

Referensi

Dokumen terkait

Simulate and optimized the performance such as return loss, gain, radiation pattern (S11) of the antenna to achieve stop band at desired frequency using CST Microwave

[r]

Masalah yang terlibat dalam reka bentuk antena seperti dalam ruang aplikasi beberapa sangat terhad, jadi ia perlu berada dalam saiz yang kompak, cabaran untuk

In this project, UWB antenna has been add EBG structure to improve the performance of the antenna especially to improves the gain and radiation pattern and

PARAMETER OF PROPOSED ANTENNA Design of dual band Microstrip Patch Antenna Total Width of the PatchWt 53mm Effective dielectric constant of the patch 2.2 Total Length of the patchLt

Struktur dari antena terdiri dari empat buah persegi yang identik dengan susunan 2x2 sebagai AMC dengan bahan substrat dielektrik FR4-Epoxy yang memiliki ketebalan patc h berbentuk ring

Antenna Design The geometry of the proposed antenna is illustrated in Figure 1, it consists of a rectangular patch whose width and length are 18.2 mm and 22 mm respectively.. The

Various dual-band antennas have already been proposed [3−6]; for example, a loop- type ground radiation antenna has rectangular clearance in the ground plane.. Slot-type antennas [7]