Berisi pengantar kuliah Dasar Rangkaian Listrik di Mekatronika Universitas Katolik Parahyangan

1. © 2015, Ali Sadiyoko, UNPAR
DASAR RANGKAIAN LISTRIK
PENDAHULUAN
Dr. Ali Sadiyoko S.T.,M.T.
Last update : 25 Mei 2016

2. © 2015, Ali Sadiyoko, UNPAR
Materi Kuliah
• [1] Sistem Satuan dan Besaran Dasar
• [1] Hukum-hukum Rangkaian Listrik
• [2] Komponen elektronika (R,L,C)
• [2,3] Analisis Rangkaian Listrik (node analysis)
• [3,4] Analisis Rangkaian Listrik (mesh analysis)
• [5] Model Thevenin Norton
• [6] Quiz 1
• [7,8] Rangkaian Peralihan
• [9-11] Operational Amplifier
• [12] Quiz 2
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3. © 2015, Ali Sadiyoko, UNPAR
Referensi
• Edminister, Joseph A., Electric Circuit, 2nd Edition, McGraw-Hill Co., 1983
• Halliday, David, Resnick, Robert, Walker, Jearl, Fundamentals of Physics :
Extended, John Wiley & Sons Inc., 1993
• Malvino, Albert Paul, Leach, Donald P., Digital Principles and Applications,
McGraw-Hill Co., 1986
• Tinder, Richard F., Digital Engineering Design : A Modern Approach, Prentice-
Hall International Inc., 1991
• Tocci, Ronald J., Digital Systems : Principles and Applications, Prentice-Hall
International Inc., 1991.
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4. © 2015, Ali Sadiyoko, UNPAR
Penilaian
• Bobot Nilai
• Tugas [ 20 % ] : 3 tugas dan 2 kuis
• UTS [ 40 % ]
• UAS [ 40 % ]
• Batas Nilai
• A : NA >= 80
• B : 80 > NA >= 70
• C : 70 > NA >= 60
• D : 60 > NA >= 50
• E : 50 > NA
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5. © 2015, Ali Sadiyoko, UNPAR
Ujian
• Essay/ Multiple Choices, Close Book
• Waktu 120 menit
• UTS :
• Analisis Node, Analisis Loop
• Superposisi
• Thevenin-Norton,
• UAS :
• Rangkaian Peralihan/ Transient
• Op Amp
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6. © 2015, Ali Sadiyoko, UNPAR
PENGANTAR

7. © 2015, Ali Sadiyoko, UNPAR
Bidang Kelistrikan
• Pembangkitan, transmisi & distribusi daya
• Sistem Kendali
• Instrumentasi
• Sistem Informasi & Komputer
• Biomedik
• Mekatronika
• Robotika & Otomasi
• Telekomunikasi
• Intelligent systems
• Dll.
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8. © 2015, Ali Sadiyoko, UNPAR
Organisasi Profesi Insinyur Elektro
IEEE = Institute of Electrical and Electronics Engineers (www.ieee.org)
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9. © 2015, Ali Sadiyoko, UNPAR
Organisasi Profesi Insinyur Elektro
IEEE Student’s page on Facebook
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10. © 2015, Ali Sadiyoko, UNPAR
Organisasi Profesi Insinyur Elektro
IEEE Society List
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11. © 2015, Ali Sadiyoko, UNPAR
Energi Listrik
Mengapa ?
• Mudah dihasilkan
• Mudah didistribusikan
• Mudah dikonversikan
• Relatif Aman
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12. © 2015, Ali Sadiyoko, UNPAR
SISTEM SATUAN

13. © 2015, Ali Sadiyoko, UNPAR
Sistem Satuan
Factor Prefix Symbol Factor Prefix Symbol
1024
yotta Y 10-24
yocto y
1021
zetta Z 10-21
zepto z
1018
exa E 10-18
atto a
1015
peta P 10-15
femto f
1012
tera T 10-12
pico p
109
giga G 10-9
nano n
106
mega M 10-6
micro μ
103
kilo k 10-3
milli m
102
hecto h 10-2
centi c
101
deka da 10-1
deci d
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14. © 2015, Ali Sadiyoko, UNPAR
BESARAN & KOMPONEN
DASAR

15. © 2015, Ali Sadiyoko, UNPAR
Besaran Dasar
• Arus ( I , Ampere)
• Tegangan ( V , Volt)
• Usaha ( W , Joule)
• Daya ( P , Watt)
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16. © 2015, Ali Sadiyoko, UNPAR
Arus
• Jumlah muatan elektron yang mengalir persatuan waktu.
dt
tdQ
tI
)(
)( 
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17. © 2015, Ali Sadiyoko, UNPAR
Tegangan
Energi yang dibutuhkan untuk memindahkan satu satuan
muatan
VBA
B(+)
A(-)
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18. © 2015, Ali Sadiyoko, UNPAR
Usaha (Work)
Energi Total yang dibutuhkan untuk memindahkan seluruh
muatan
  VQJouleW 
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19. © 2015, Ali Sadiyoko, UNPAR
Daya
• Usaha yang dibutuhkan persatuan waktu
 
IV
dt
dQ
VP
dt
VQd
WattP



)(
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20. © 2015, Ali Sadiyoko, UNPAR
Komponen Dasar
• Sumber Tegangan ( Umum )
• Sumber Arus
• Resistor
• Induktor
• Kapasitor
• Komponen Aktif dan Pasif
• Sumber Searah dan Bolak Balik
• Sumber Dependen dan Independen
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21. © 2015, Ali Sadiyoko, UNPAR
Sumber Tegangan
a. Digunakan untuk tegangan DC
b. Independent Voltage
c. Dependent Voltage
(a) (b)
v
V
i
(c)
Tegangan dikendalikan tegangan
Tegangan dikendalikan arus
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22. © 2015, Ali Sadiyoko, UNPAR
Sumber Arus
(a) (b)
a. Independent current source
b. Dependent current source
i
Arus dikendalikan tegangan Arus dikendalikan arus
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23. © 2015, Ali Sadiyoko, UNPAR
Resistor – Kapasitor – Induktor
R
I
V
R 
Hukum Ohm
dt
tdI
LtV
)(
)( 
dt
tdV
CtI
)(
)( 
Resistor Kapasitor Induktor
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