10 kel01 tt3a m.nur tri y

8/19/2019 10 Kel01 Tt3a m.nur Tri y

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LAPORAN LABORATORIUM ELEKTRONIKA ANALOG

PROGRAM STUDI TEKNIK TELEKOMUNIKASI

10

KARAKTERISTIK TRANSISTOR COMMON EMITER

KELAS/KELOMPOK : TT-3A / 1

NAMA PRAKTIKAN : Muhammad Nur Tri Y.

PARTNER :1. Ahmad Ridwan

:2. Nurul Mulia

TANAL PELAKSAAN PRAKTIK!M : 31 OKTO"ER 2#1$

TANAL PENYERA%AN LAPORAN : & NO'EM"ER 2#1$

JURUSAN TEKNIK ELEKTRO

PROGRAM STUDI TEKNIK TELEKOMUNIKASI

POLITEKNIK NEGERI JAKARTA

2014

DAFTAR ISI


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(O'ER ))))))))))))))))))))))))))))))..* 1

+A,TAR ISI )))))))))))))))))))))))))))).... 2

1. T!!AN..))))))))))))))))))))))))))))). 3

2. +ASAR TEORI ..)))))))))))))))))))))))))). 3

3. ALAT-ALAT YAN +I!NAKAN...)))))))))))))))).).1

$. LANKA%-LANKA% PER(O"AAN.)))..))))))))))))) 1

. +ATA %ASIL PER(O"AAN...)))))))...)))))))))))...... 2#

0. ANALISA +AN PEM"A%ASAN))))))))...))))))))))... 2#

&. KESIMP!LAN ....)))))))))))))))...))))))))........ 23

LAMPIRAN

+A,TAR P!STAKA

PERCOBAAN 10

2


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KARAKTERISTIK TRANSISTOR COMMON EMITER

1. TUJUAN :

1. Mmlaari 4ara45ri65i4 inu5 5ran6i657r dalam 47n8i9ura6i 7mm7n mi5r.

2. Mmlaari 4ara45ri65i4 7u5u5 5ran6i657r dalam 47n8i9ura6i 7mm7n mi5r.

3. Mmlaari iri-iri har9a dari r6i65an6i inu5* r6i65an6i 7u5u5* dan

n9ua5an aru6 5ran6i657r dalam 47n8i9ura6i 7mm7n mi5r.

2. DASAR TEORI

K7n8i9ura6i mi57r-;r6ama 6r5i dirliha54an ada 9am;ar 1#.3 l;ih

6rin9 di9una4an 6;a9ai n9ua5 aru6. S6uai dn9an naman


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>1#.@

+n9an dmi4ian ;n5u4 6drhana r6amaan aru6 4luaran >47l457r@dalam ;n5u4 aru6 ma6u4an >;a6i6@ dan ni6;ah 5ran68r-aru6 adalah

"n5u4 4ara45ri65i4 mi57r-;r6ama dirliha54an ada 9am;ar 1#.$.

;6arn1 - #*D@ = $ * la6 6di4i5 ru;ahan ada i B a4an mm;ri4an

4nai4an iC


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mn99am;ar 4urFa 6r5i 5rliha5 ada 9am;ar 1#.$-. Ini mrua4aan 5ii4al

4ara45ri65i4 4luaranB dari 5ran6i657r da 1 '* iC 6an9a5 5r9an5un9 ada i B .

• +n9an mnai44an vCE * iC a4an mn9alami 6di4i5 4nai4an* 4arna darah

;a6i6 rla5i8 5ii6.

• !n5u4 vCE G 1 '* aru6 47l457r un5u4 6ua5u har9a aru6 ;a6i6 a5uh 4 har9a

n7l ada vCE = # .

Aru6 47l457r hamir 6ama dn9an aru6 mi57r >un5u4 vCE > 1 F7l5@* 6hin99a

;rla4u hu;un9an 467nn6ial

+n9an dmi4ian 4i5a mm;ri4an indi4a6i ma6u4an 59an9an v BE >dari

ada aru6 ma6u4an i B @


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KurFa 4ara45ri65i4 hu;un9an iC * i B dan vCE un5u4 6ua5u har9a v BE * dari

5ran6i657r di a5a6 adalah 6r5i dirliha54an ada 9am;ar 1#.. Prlu dia5a5

;ahwa ;6arn


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Kara45ri65i4 5ran6i657r lain


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am;ar.K7n8i9ura6i 5ran6i657r mi5r

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Anali6a n9ua5 (E

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Param5r % un5u4 5ran6i657r 7mm7n mi5r :

• !n5u4 4ara45ri65i4 inu5

hie=∆V BE

∆I B hre=

∆V BE

∆V CE

• !n5u4 4ara45ri65i4 7u5u5

hfe=¿

∆iC

∆iB hoe=

∆iC

∆V CE

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3. ALAT-ALAT YANG DIGUNAKAN :

1. +( P7wr Sul< : 2 ;uah

2. R6i657r 1# 4J : 1 ;uah

3. R6i657r 1 4J : 1 ;uah

4. Tran6i657r PNP "( 1#D : 1 ;uah

5. Mul5im5r : 3 ;uah

6. Ka;l-4a;l n9hu;un9

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4. LANGKA-LANGKA PERCOBAAN :

1. K!"!#$%"&'$ &()*$

1@ Mn9hu;un94an ran94aian 6r5i ada 9am;ar 1.

2@ Mn9a5ur ' 6hin99a '(E = # '. Kmudian mn9a5ur ula '"" = -#*

'. Mn9u4ur I" dan '"E* mna5a5 ha6ilnmA@ I( >mA@ I( >mA@ I( >mA@ I( >mA@

# # 2*D 3 3 3

-2 # 1*& 1*&3 1*&3 1*&3

-$ # 2* 3*& 3* $

-0 # 2*1 *0 *&

-D # 2* &*$ &*

6. ANALISA

1. am;ar4an ada 4r5a6 9ra8i4 4urFa 4ara45ri65i4 inu5 5ran6i657r 47n8i9ura6i

7mm7n mi5r dari da5a 5a;l 1

2. am;ar4an ada 4r5a6 9ra8i4 4urFa 4ara45ri65i4 7u5u5 5ran6i657r 47n8i9ura6i7mm7n mi5r dari da5a 5a;l 2

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3. %i5un9lah har9a r6i65an6i inu5 dari da5a 5a;l 1

$. %i5un9lah har9a r6i65an6i 7u5u5 dan n9ua5an aru6 dari 5a;l 2

. Aa4ah ada r;daan 4ara45ri65i4 5ran6i657r ada 47n8i9ura6i 7mm7n ;a6i6 dan

47n8i9ura6i 7mm7n mi5r

Pnla6an

1. 9ra8i4 4urFa 4ara45ri65i4 inu5 5ran6i657r 47n8i9ura6i 7mm7n mi5r dari da5a

5a;l 1

2. 4urFa 4ara45ri65i4 7u5u5 5ran6i657r 47n8i9ura6i 7mm7n mi5r dari da5a 5a;l

2

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3. har9a r6i65an6i inu5 dari da5a ada Ta;l 1 didaa5 dn9an mn99una4an

rumu6 di;awah ini

R I =V BE

I B

Perhitungan :

P!! '!!$ ,CE / 0 ,

'"" = #*

R I =

0,4V

0mA=∽

'"" = #*&

R I =

0,56V

0mA =∽

'"" = 1

R I =0,59V

0mA =∽

'"" = 2

R

I =

0,63V

0,1mA=6,3Ω

'"" = $

R I =

0,67V

0,012 A

=55,8Ω

'"" = 0

R I =

0,693V

0,018 A=38,5Ω

P!! '!!$ ,CE / 2 ,

'"" = #*

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R I =

0,505V

0mA = Ω

'"" = #*&

R

I =0,657V

0mA = Ω

'"" = 1

R I =

0,663V

0mA = Ω

'"" = 2

R I = 0,675V

0,043 A=15,69Ω

'"" = $

R I =

0,694V

0,012 A=57,8Ω

'"" = 0

R I =

0,706V

0,018 A

=39,22Ω

P!! '!!$ ,CE / 4 ,

'"" = #*

R I =

0,502V

0mA = Ω

'"" = #*&

R

I =0,657V

0mA = Ω

'"" = 1

R I =

0,682V

0mA = Ω

'"" = 2

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R

I =

0,692V

0,03mA=23,1Ω

'"" = $

R I =

0,707V

0,011 A=64,27Ω

'"" = 0

R I =

0,717V

0,018mA=39,83Ω

P!! '!!$ ,CE / 6 ,

'"" = #*

R I =

0,502V

0 A = Ω

'"" = #*&

R I =

0,656V

0 A = Ω

'"" = 1

R I =

0,691V

0mA = Ω

'"" = 2

R I =

0,704V

0,03 A =23,1Ω

'"" = $

R I =

0,716V

0,012 A=59,12Ω

'"" = 0

R I =

0,725V

0,018 A=40,27Ω

P!! '!!$ ,CE / ,

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'"" = #*

R I =

0,506V

0 A =

'"" = #*&

R I =

0,655V

0mA = Ω

'"" = 1

R

I =0,688V

0mA = Ω

'"" = 2

R

I =0,710V

0 A = Ω

'"" = $

R I =

0,729V

0,010mA=72,9Ω

'"" = 0

R

I =

0,731V

0,018mA=40,6Ω

$. %ar9a R6i65an6i Ou5u5 ada Ta;l 2 daa5 diari dn9an mn99una4an rumu6

;ri4u5 :

RO=V CC

I C

Prhi5un9an :

P!! '!!$ ,CE / 0 ,

I" = # A

'(( = I( . R ( ? '(E = # . 1###J ? # ' = # '

RO=

0V

0mA=∽

I" = 1# A

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'(( = I( . R ( ? '(E = # mA . 1###J ? # ' = # '

RO= 0V

0mA= Ω

I" = 2# A

'(( = I( . R ( ? '(E = # mA . 1###J ? # ' = # '

RO=

0V

0mA=

I" = 3# A

'(( = I( . R ( ? '(E = # mA . 1###J ? # ' = # '

RO=

0V

0mA= Ω

I" = $# A

'(( = I( . R ( ? '(E = # mA . 1###J ? # ' = # '

RO= 0V

0mA= Ω

P!! '!!$ ,CE / 2 ,

I" = # A

'(( = I( . R ( ? '(E = # . 1###J ? 2 ' = 2 '

RO=

2V

0mA=∽

I" = 1# A

'(( = I( . R ( ? '(E = 1*& mA . 1###J ? 2 ' = 3*& '

RO= 3,7V 0,0017 A

=2,17 KΩ

I" = 2# A

'(( = I( . R ( ? '(E = 1*&3mA . 1###J ? 2 ' =3*&3 '

RO= 3,73V

0,00173 A=2 ,15 KΩ

I" = 3# A

'(( = I( . R ( ? '(E = 1*&3mA . 1###J ? 2 ' =3*&3 '

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RO= 3,73V

0,00173 A=2,15 KΩ

I" = $# A

'(( = I( . R ( ? '(E = 1*&3mA . 1###J ? 2 ' =3*&3 '

RO= 3,73V

0,00173 A=2,15 KΩ

P!! '!!$ ,CE / 4 ,

I" = # A

'(( = I( . R ( ? '(E = # . 1###J ? $ ' = $ '

RO=

4 V

0mA=∽

I" = 1# A

'(( = I( . R ( ? '(E = 2* mA . 1###J ? $ ' = 0* '

RO= 6,5V

0,0025 A=2,6 KΩ

I" =2 # A

'(( = I( . R ( ? '(E = 3*& mA . 1###J ? $ ' = &*& '

RO= 7,7V

0,0037 A=2,08 KΩ

I" = 3# A

'(( = I( . R ( ? '(E = 3* mA . 1###J ? $ ' = &* '

RO= 7,9V

0,0039 A=2,025 KΩ

I" = $# A

'(( = I( . R ( ? '(E = $ mA . 1###J ? $ ' = D '

RO= 8V

0,004 A=2 KΩ

P!! '!!$ ,CE / 6 ,

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I" = # A

'(( = I( . R ( ? '(E = # . 1###J ? 0 ' = 0 '

RO=

6V

0mA=∽

I" = 1# A

'(( = I( . R ( ? '(E = 2*1 mA . 1###J ? 0 ' = D*1 '

RO=

8,51V

0,0025mA=3,4 KΩ

I" = 2# A

'(( = I( . R ( ? '(E = mA . 1###J ? 0 ' = 11 '

RO= 11V

0,005mA=2,2 KΩ

I" = 3# A

'(( = I( . R ( ? '(E = * mA . 1###J ? 0 ' = 11* '

RO=11,5V

5,5mA=2,1 KΩ

I" = $# A

'(( = I( . R ( ? '(E = *& mA . 1###J ? 0 ' = 11*& '

RO=

11,7V

0,0057 A=2,05 KΩ

P!! '!!$ ,CE / ,

I" = # A

'(( = I( . R ( ? '(E = # . 1###J ? D ' = D '

RO=

8V

0mA=∽

I" = 1# A

'(( = I( . R ( ? '(E = 2* mA . 1###J ? D ' = 1#* '

RO= 10,5V

0,0025 A=4,2 KΩ

I" = 2# A

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'(( = I( . R ( ? '(E = mA . 1###J ? D ' = 13 '

RO= 13V

0,005mA=2,6 KΩ

I" = 3# A

'(( = I( . R ( ? '(E = &*$ mA . 1###J ? D ' = 1*$ '

RO= 15,4V

0,007 4 A=2,08 KΩ

I" = 3# A

'(( = I( . R ( ? '(E = &* mA . 1###J ? D ' = 1* '

RO= 15,5V

0,0075 A=2,06 KΩ

. Ada r;daann


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LAMPIRAN

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DAFTAR PUSTAKA

ST* Su6an5i Anna. 2##0. Laboraturium Elektronika Semester III

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10 kel01 tt3a m.nur tri y

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