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Perhitungan Berat Kawat

Toroidal Core Dari Tahan

OD = 52 mm Diameter Kawat =

ID = 38 mm

HT = 15 mm R d =

Pan!ang Kawat "atu #= $$ mm%lilita Tahanan &eni' =

= ()($$ m%lilitam

Pan!ang Kawat =

Berat Kawat Primer

T*+e Kawat ,-. = 2 mm Berat &eni' Kawat=

Berat &eni' Kawat = 28)3 /g%1(((m =

= 28)3 gr%m Berat Kawat =Toleran'i =

&umlah #ilitan = 101( lilitanBerat Kawat

=

Pan!ang Kawat 12 = ()(528 m%lilitan =

Pan!ang Kawat Total To = )3 m

Berat Kawat Pri= 2811 gram

= 444 /g

Berat Kawat "e/underT*+e Kawat ,-. = 1 mm

Berat &eni' Kawat= 0)12 /g%1(((m

= 0)12 gr%m

&umlah #ilitan = 18 lilitan

Pan!ang Kawat 12 = ()(2 m%lilitan

Pan!ang Kawat Total To = 1)2 m

Berat Kawat "e/= 8)8 gram

= 444 /g

Deutsches Institut fr Normung e.V

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ISO = International Organization for Standardization

IEC = International Electrotechnical Commission

ANSI = American National Standards

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n Kawat Bo66in

()8 mmPan!ang +er lilitan

= 23)8 mm

= ()(238 m

()8 Ohm &umlah #ilitan = 8( lilitan

()(33 Ohm%m

Pan!ang Kawat Total = 1)($ m

2$)2$2 m

Berat Kawat = ()35( gram%

479:; /g%1(((Berat Kawat Tot = ()5 gram479:; gr%m = ()(((0 /g

479:; gram

1( ,Tahanan &eni'. = ()(10(

= 1 m

,#ua' Penam+ang = ()((08 mm2

= 3)1$

r = ()(5 mm

d = ()1 mm

dari r = 444 mm2

dari d = 444 mm2

= 444

Tahanan%Re'i'tan'i%Re'i'tane%

mm2%m

l ,Pan!ang Kawat.

R:"I"T7"I ,R

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R +d "@H@ T:RT:7T@

= 2)105

= ()(($ 1%K

T2 ,"uhu *ang diingin/a = 1( AC

T1 ,"uhu 7ormal +ada 2 = 2( AC

R +d 'uhu *g diin= 3)3

ider'tand ,.

R2(,Re'i'tan'i +d 'uhu

,Koe'ien Tem+eratur.

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B : 3

: 2)5

# : $)(:(8 H

#o : $)0(:( H&umlah #ilitan : 1()1(8 #ilitan

: 1( #ilitan

- Kawat : ()5 1# ,Per/iraan.

- Kawat Total : ()5$$ mm

R % m : ()(80( ohm%m

&umlah #ilitan +er : $)5 #ilitan

: 5 #ilitan

&umlah #a*er : 2 #a+i'

Te6al Total #a+i'a : 1)(88 mm

Keliling Ratarata : 12)83 mm

Pan!ang Kawat Tot : 444 mm

5

7

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7ilai tahanan *g diin ()(18 ohm

7ilai tahanan +er me ()1$ ohm%mLihat diameter actual di tabel kawat.

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Dimensions and Technical Data of Enamelled Copper Wire,

Based on IEC 60317

Nom. Bare Wire Resistance Outer Diameter Approx. Le

Diameter Tolerance per meter at 20 o! " #g o! W

'ra$e " 'ra$e 2 'ra$e (

nom. min. max. min. max. min. max. min. max. 'ra$e" 'ra$e 2

mm mm mm mm mm mm mm mm #m #m

" 2 4 5 + , - "0 "" "2 "(

0.0"2 ""."/ "(+.0( "++.2+ 0.0"/ 0.0"+ 0.0", 0.0"- 0.0" 0.02" "(.+ -/,.

0.014 """.0/ ./ "22." 0.0"+ 0.0"- 0.0" 0.020 0.02" 0.02( +,./ +(-."

0.016 -.02 ,+.2 (.2 0.0"- 0.020 0.02" 0.022 0.02( 0.02 2/. /,.(

0.01" +,."- +0./+ ,(.- 0.020 0.022 0.02( 0.02/ 0.02 0.02, /",.+ (-.(

0.0" +0.2 /.2+ ++.(2 0.02" 0.02( 0.02/ 0.02+ 0.02, 0.02 (,. (+.2

0.0#0 /./" /-., .- 0.022 0.02/ 0.02 0.02, 0.02- 0.0(0 (/0." (2(.2

0.02" /.( //./2 /.2 0.02( 0.02+ 0.02, 0.02- 0.02 0.0(" (0+.- 22.20.0## //., /0./, /./, 0.02/ 0.02, 0.02- 0.0(0 0.0(" 0.0(( 2-0.2 2+./

0.02( /"."/ (,.0( /.2+ 0.02 0.02- 0.02 0.0(" 0.0(2 0.0( 2,.0 2//.0

0.02/ (,., (/.0" /"., 0.02+ 0.02 0.0(0 0.0(2 0.0(( 0.0(+ 2(+. 22."

0.0# (/.-2 (".(/ (-.(" 0.02- 0.0(" 0.0(2 0.0(/ 0.0( 0.0(- 2". 20./

0.02, 2.-+ 2+.-, (2.-/ 0.0(0 0.0(( 0.0(/ 0.0(+ 0.0(, 0.0/" "-.+ ",,.+

0.0#" 2,.,+ 2/. (0./ 0.0(" 0.0(/ 0.0( 0.0(- 0.0( 0.0/( ",2. "+/.,

0.0(0 2/."- 2".,, 2+.+0 0.0(( 0.0(, 0.0(- 0.0/" 0.0/2 0.0/+ "0.( "/2.-

0.03# 2".2 "."( 2(.(- 0.0( 0.0( 0.0/0 0.0/( 0.0// 0.0/- "(2.+ "2+./

0.0(/ "-.-( ",.00 20.+ 0.0(, 0.0/" 0.0/2 0.0/+ 0.0/, 0.0" "",.- ""2."

0.036 "+., ".", "-./2 0.0/0 0.0// 0.0/ 0.0/ 0.00 0.0/ "0/./ .,

0.0(- ".0, "(.+" "+./ 0.0/2 0.0/+ 0.0/, 0.0" 0.02 0.0+ (., -.-,

0.040 "(.+0 "2.2- "/.2 0.0// 0.0/ 0.00 0.0/ 0.0 0.0 -/.+- -0.-"

0.0/( "".,, "0.+( "2." 0.0/, 0.02 0.0( 0.0- 0.0 0.0+( ,(. ,0."

0.04 "0., .," ""., 0.00 0.0 0.0+ 0.0+" 0.0+2 0.0+, ++.-2 +(.-

0.0/- .//, -.+ "0.2, 0.0( 0.0 0.0+0 0.0+ 0.0++ 0.0,0 -.,( +.0-

0.00 -.,0+ ,.22 ./- 0.0 0.0+0 0.0+" 0.0++ 0.0+, 0.0,2 /./2 2.2+

0.0( ,.,/- ,.0" -.//+ 0.0- 0.0+/ 0.0+ 0.0,0 0.0," 0.0,+ /-./2 /+./

0.06 +./0 +.("+ ,.+ 0.0+2 0.0+, 0.0+- 0.0,/ 0.0, 0.0-0 /(.(+ /".+

0.0+0 +.0/+ .+2 +.2 0.0++ 0.0,2 0.0,( 0.0, 0.0-0 0.0- (,., (+.((

0.063 ./-/ .0/ .22 0.0+ 0.0,+ 0.0,, 0.0-( 0.0-/ 0.0- (/.2, (2.2

0.0+, 1 0.00( /.-/ /./0/ .(+0 0.0,/ 0.0-0 0.0-" 0.0-- 0.0- 0.0( (0.(" 2."

0.0,0 1 0.00( /.//2 /.00 /.-0 0.0,, 0.0-( 0.0-/ 0.00 0.0" 0.0+ 2,.-( 2+."

0.071 1 0.00( /.("- (./" /.,/- 0.0,- 0.0-/ 0.0- 0.0" 0.02 0.0, 2,.0, 2+."

0.0, 1 0.00( (.-+ (./, /.2( 0.0-2 0.0- 0.00 0.0 0.0+ 0."02 2/.2+ 2(.2

0.0"0 1 0.00( (./0" (."(( (.,0( 0.0-, 0.0/ 0.0 0."0" 0."02 0."0- 2".( 20.,(

0.0- 1 0.00( (.0"2 2.,-, (.2+ 0.0( 0."00 0."0" 0."0, 0."0- 0.""/ "-.2 "-.(,

0.0!0 1 0.00( 2.+-, 2./ 2.00 0.0- 0."0 0."0+ 0.""( 0.""/ 0."20 "+.2 "+./(

0.0 1 0.00( 2./"2 2.2/, 2./ 0."0( 0.""" 0.""2 0."" 0."20 0."2+ "." "/.,

0.100 1 0.00( 2.",, 2.0(/ 2.((( 0."0- 0."", 0.""- 0."2 0."2+ 0."(2 "(.,2 "(.("

0."0+ 1 0.00( ".(, ".-"+ 2.0+ 0."" 0."2( 0."2/ 0."(2 0."(( 0."/0 "2.22 "".--

0.""0 1 0.00( "., ".+0 ".", 0."" 0."2- 0."2 0."(, 0."(- 0."/ "".(/ "".0(

0.11# 1 0.00( ".,( ".+(2 ".-/- 0."2" 0."(0 0."(" 0."( 0."/0 0."/, "0. "0.+

0.""- 1 0.00( ".+( "./,/ ".++0 0."2- 0."(+ 0."(, 0."/ 0."/+ 0."/ .-,0 .+2+

0."20 1 0.00( "."" "./2+ ".+0/ 0."(0 0."(- 0."( 0."/- 0."/ 0.", .0 .(0

0.1# 1 0.00( ".(( ".(", "./, 0."( 0."// 0."/ 0."/ 0." 0."+( -.-0( -.,

0."(0 1 0.00( ".2-- ".220 ".(+" 0."/" 0."0 0."" 0."+0 0."+" 0."+ -."(" ,.2-

0."(2 1 0.00( ".2/ "."-/ ".(" 0."/( 0."2 0."( 0."+2 0."+( 0."," ,.-" ,.+,0.140 1 0.00( ".""0 ".0 ".",0 0."" 0."+0 0."+" 0."," 0.",2 0."-" ,.0(0 +.-+0

0."0 1 0.00( 0.+,( 0.2" ".0" 0."+2 0."," 0.",2 0."-2 0."-( 0."( +."2 .-,

0.160 1 0.00( 0.-02 0.-"22 0.-0+ 0.",2 0."-2 0."-( 0."/ 0." 0.20 .(0 .2+

0.",0 1 0.00( 0.,(" 0.,2"" 0.,-," 0."-( 0."/ 0." 0.20 0.20+ 0.2", /.,," /.++,

0.1"0 1 0.00( 0.+,"- 0.+/// 0.,00, 0."( 0.20/ 0.20 0.2", 0.2"- 0.22 /.2+( /."+-

0."0 1 0.00( 0.+02 0.,/ 0.+2,- 0.20/ 0.2"+ 0.2", 0.22- 0.22 0.2/0 (.-2( (.,/(

0.#00 1 0.00( 0.//" 0.2(, 0.+, 0.2"/ 0.22+ 0.22, 0.2( 0.2/0 0.22 (./+ (.(-/

0.2"2 1 0.00( 0./-/( 0./++ 0.02+ 0.22, 0.2/0 0.2/" 0.2/ 0.2 0.2+- (.0, (.0"0

/ m / m / m

accor$ingt

or

esistance

tolerance

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9enghitung nilai# 13(( nH

le $)3 mm

e 32)1 mmF

Er 1$5

9enghitung Gin = () mmF

= 1( /HJ

7 = $( #ilitanB = ()25 mT

Gi= 444 Grm'

= ()20 mGrm'

Dimana

f = fre9uensi

le = an?ang medan m

@r = ermea>ilitas relat

5 = u9s magneti9

Vin = tegangan inut

N = ?umlah lilitan

9enghitung nilai# = 13$( nH

= 1)3$(:(( H

7 = 13 #ilitan

#o= 444 Henr*

= ()22 mH

= 22)$ EH

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# !i/a Er di/etahui

ntu/ Te' Indu/tiita'

esi

gnet efe9tif

if

Indu/tiita'

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ormula &umlah Po/et Pada Reel

OD Reel = 33()2 mm

Hu6 Reel = 1(1) mm

Keliling Ratarata= 00)3 mm

Ko Carrier Ta+e = 0)2 mm

Pith Carrier Ta+ = 12 mm

Te6al Carrier Ta+ = ()$ mm

&umlah #a*er = 444 #a+i'

Total Po/et = 85( +o/et

ormula &umlah Po/et dari Reel Gendo

Pan!ang Carrier T= $( m

= $(((( mm

Pith Carrier Ta+ = 12 mm

&umlah Po/et = 3333 +o/et

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CPK

"9D

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303332355.xls

No. 8rafo Tegangan%#ilita = '.**)

&umlah #ilitan B

8egangan rimer 1 11 Volt 444 325 B 1)8((

8egangan rimer + 1+ Volt ()(( ' B '.'''

8egangan rimer * 1* Volt ()(( ' B '.'''

8egangan rimer 0 10 Volt ()(( ' B '.'''

8egangan rimer 1 Volt ()(( ' B '.'''

8egangan Se9under 1 +1 Volt 444 V n= ++'.') o= FFF 55 B 1)$((

Arus Se9under 1 I+1 Amere 3)( A

8egangan Se9under + ++ Volt ()(( V '.'' o= '.'' ( B ()(((

Arus Se9under + I++ Amere ()(( A

8egangan Se9under * +* Volt ()(( V '.'' o= '.'' ( B ()(((

Arus Se9under * I+* Amere ()(( A

8egangan Se9under 0 +0 Volt ()(( V '.'' o= '.'' ( B ()(((

Arus Se9under 0 I+0 Amere ()(( A

8egangan Se9under + Volt ()(( V '.'' o= '.'' ( B ()(((

Arus Se9under I+ Amere ()(( A

8egangan Se9under 3 +3 Volt ()(( V '.'' o= '.'' ( B ()(((Arus Se9under 3 I+3 Amere ()(( A

Da*a ,G. OD ID H

DaGa ,att 26+.'' , 1' + *' 1

8otal H ada 2'C Gg diingin9an , $$)(( , +' + *' +'

*' ) *) +

Diameter /uar #ern OD 444 mm 0' 31 *) +

Diameter Dalam #ern ID 0()(( mm ' 33 *) +

8inggi #ern J $()(( mm 3' 2' 0' +

5ea9 d 1(1 K n = 1)85 8 )' )' ' +'

6' )' ' +

8otal H ada 2'C ,att 00.32 , 1+' )' ' *'

Delta L .*1 10' ) ' *',ir9ungsgrad L 60.33 1' ) ' *

Arus Ju>ungan Sing9at ada +'C =12+.+6 A 12' ) ' 0'

Arus Ju>ungan Sing9at ada 2'C =10*.2 A 1)' 1'' 3' *'

+*' 1'' 3' *

5ea9 ada n = 1.32) 8 +2' 1'' 3' 0'

5ea9 ada nM1'L = 1.)03 8 **' 110 3) 0'

I$ ada n = ++.3* mA 0*' 1+' 2' 0'

I> ada n = +.*0 mA 0)' 1+' 2' 0

Io ada n = 20.6) mA 3'' 1+' 2' '

I$ ada nM1'L = 60.*' mA 2'' 1' )' 0'

I> ada nM1'L = +2.06 mA 6'' 1' )' '

Io ada nM1'L = *36.)' mA 10'' 1' )' 3'

1)'' 1)' 1'' 3'

Arus rimer dalam rang9aian = 2.+) A +''' 1)' 1'' 2'

Nilai 7use rimer = 8)((( A *''' ++' 1+' 2'

er>andingan SiBI1= 1.1'

Suhu 8rafo ada Suhu /ing9ungan + 36.)' C

Suhu 8rafo ada Suhu /ing9ungan 0 )6.)' C

Suhu 8rafo ada 9Si +33.'6 C

Diameter /uar #ern ma9simum mm10' mm

Diameter Dalam in mm * mm8inggi termasu9 PSBcoran mm 23 mm KKK Diese ,erte mssen eingege>en $erden

5erat #a$at Cu 9g +.2) 9g KKK Diese ,erte drfen HerQndert $erden

5erat 8otal 9g .+' 9g KKK ,erte sind ErstEinga>e$erte und $erden nach 5erechn. ungltig