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Materi

Teknik Elektro Universitas

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This course follows an electrical engineering degree. It begins with DC circuit analysis: Ohm's law, Hukum Kirchhoff, nodal and mesh analysis, and the Thévenin and Norton theorems. From there it moves to the mathematics of signals, digital logic, AC circuits and phasors, electronics, signals and systems, electromagnetics, embedded systems, machines and power, kontrol, communications and digital signal processing.

The first part is the foundation for everything else. Practise drawing the circuit, labelling every current direction and node voltage before writing an equation, and checking units at the end. Most wrong answers come from a sign set up badly at the start, not from hard algebra.

Later parts use more mathematics: complex numbers for AC, differential equations for circuits that change in time, and Laplace and Fourier transforms for signals. Learn each tool where it is first needed, and use it on a real circuit straight away.

  • 1

    Analisis Rangkaian I (DC)

    • 1.1 What this course is, and how to use it
    • 1.1 Kuantitas, satuan, dan pengukuran
    • 1.2 Hukum Ohm dan Hukum Kirchhoff
    • 1.3 Analisis nodal dan mesh
    • 1.4 Transformasi sumber dan teorema jaringan
    • 1.5 Operasional penguat ideal
    • 1.6 Kapasitor, induktor, dan energi
    • 1.7 Respons RC dan RL orde pertama
  • 2

    Metode Matematika untuk EE

    • 2.1 What this course is, and how to use it
    • 2.1 Tinjauan Kalkulus untuk sinyal
    • 2.2 Bilangan kompleks dan aljabar fasor
    • 2.3 Esensi aljabar linear
    • 2.4 Persamaan diferensial biasa
    • 2.5 Transformasi Laplace
    • 2.6 Deret Fourier
    • 2.7 Probabilitas dan variabel acak
    • 2.8 Vector calculus for fields
  • 3

    Desain Logika Digital

    • 3.1 What this course is, and how to use it
    • 3.1 Representasi bilangan dan kode
    • 3.2 Aljabar Boolean dan peta Karnaugh
    • 3.3 Blok pembangun kombinasional
    • 3.4 Latch dan flip-flop
    • 3.5 Mesin state terbatas
    • 3.6 Register, penghitung, dan memori
    • 3.7 Dasar HDL dan verifikasi
  • 4

    Analisis Sirkuit II (AC)

    • 4.1 What this course is, and how to use it
    • 4.1 Keadaan tunak sinusoidal dan fasor
    • 4.2 Daya AC dan tiga fasa
    • 4.3 Sirkuit RLC orde dua
    • 4.4 Resonansi
    • 4.5 Filter dan diagram Bode
    • 4.6 Analisis sirkuit Transformasi Laplace
    • 4.7 Jaringan dua port
  • 5

    Elektronika I

    • 5.1 What this course is, and how to use it
    • 5.1 Semikonduktor dan model dioda
    • 5.2 Penyearah dan catu daya DC
    • 5.3 Biasing BJT
    • 5.4 Biasing MOSFET
    • 5.5 Penguat sinyal kecil
    • 5.6 Sirkum umpan balik op-amp
    • 5.7 Respons frekuensi penguat
  • 6

    Sinyal dan Sistem

    • 6.1 What this course is, and how to use it
    • 6.1 Representasi sinyal dan sifat sistem
    • 6.2 Sistem LTI dan konvolusi
    • 6.3 Deret Fourier dan transformasi
    • 6.4 Pengambilan sampel
    • 6.5 Transformasi Laplace dan fungsi sistem
    • 6.6 Sistem waktu diskrit
    • 6.7 Transformasi z
  • 7

    Elektromagnetika

    • 7.1 What this course is, and how to use it
    • 7.1 Alat medan vektor
    • 7.2 Elektrostatika
    • 7.3 Magnetostatika
    • 7.4 Persamaan Maxwell
    • 7.5 Gelombang datar
    • 7.6 Saluran transmisi
    • 7.7 Panduan gelombang dan antena
  • 8

    Mikroprosesor dan Sistem Tertanam

    • 8.1 What this course is, and how to use it
    • 8.1 Arsitektur Mikrokontroler
    • 8.2 C Tertanam dan Assembly
    • 8.3 Memori dan I/O
    • 8.4 Interrupt dan Timer
    • 8.5 Serial protocols
    • 8.6 ADC, DAC, dan Sensor
    • 8.7 Debugging dan Integrasi
  • 9

    Mesin Listrik dan Sistem Tenaga

    • 9.1 What this course is, and how to use it
    • 9.1 Sirkuit Magnetik dan Transformator
    • 9.2 Mesin DC
    • 9.3 Mesin Induksi
    • 9.4 Mesin Sinkron
    • 9.5 Power networks and the per-unit system
    • 9.6 Per-unit and power flow
    • 9.7 Pengantar Elektronika Daya
  • 10

    Sistem Kontrol

    • 10.1 Apa kursus ini, dan bagaimana menggunakannya
    • 10.1 Pemodelan sistem dinamis
    • 10.2 Fungsi transfer dan diagram blok
    • 10.3 Respons domain waktu
    • 10.4 Stabilitas Routh
    • 10.5 Lokus akar
    • 10.6 Analisis Bode dan Nyquist
    • 10.7 Kontrol PID dan kompensasi
    • 10.8 Pengantar ruang-keadaan
  • 11

    Sistem Komunikasi

    • 11.1 Sinyal, Spektrum, dan Lebar Pita
    • 11.2 Modulasi Amplitudo
    • 11.3 Modulasi sudut (FM/PM)
    • 11.4 Derau dan SNR
    • 11.5 PCM dan transmisi pita dasar
    • 11.6 Modulasi digital
    • 11.7 Pengenalan informasi dan pengkodean
  • 12

    Pemrosesan Sinyal Digital

    • 12.1 What this course is, and how to use it
    • 12.1 Ulang sinyal dan sistem waktu diskrit
    • 12.2 DTFT dan DFT
    • 12.3 FFT
    • 12.4 Perancangan filter FIR
    • 12.5 Perancangan filter IIR
    • 12.6 Pemrosesan multirate
    • 12.7 Proyek pemrosesan sinyal

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