Circuit Theory II · Digital lecture note
Final exam study – Laplace, s-domain analysis, Fourier series, frequency response and passive filters
Devre Teorisi II – Final çalışması – Laplace, s-domeni analizi, Fourier serileri, frekans yanıtı ve pasif filtreler
- Course
- Circuit Theory II (ELM227)
- Semester
- Semester 4 · Spring 2022–23
- Format
- PDF · 8 pages · 0.1 MB · handwriting-style LaTeX
- Language
- Turkish
- Original note
- Devre-2-final-not.pdf
Open the PDF (0.1 MB)LaTeX source (.tex)Original handwritten note
What is in this note?
Section headings of the note (in Turkish):
- Laplace transform
- Inverse Laplace Transform: Simple, Real poles
- Repeated poles
- Improper Rational function
- Circuit Analysis Using Impedance and Initial Conditions
- Transfer function and impedance
- The Fourier Series
- Trigonometric Fourier series
- Symmetry Considerations
- Circuit Applications
- Average Power and RMS Values
- Frequency Response
- The decibel Scale
- Series Resonance
- Parallel Resonance
- Passive Filters
- Low pass filter
- High pass filter
- Band pass filter
- Bandstop filter
Text of the note
Show as plain text (Turkish; formulas and drawings are not included)
Inverse Laplace Transform: Simple, Real poles
Improper Rational function
payın derecesi büyükse polinom bölmesi yapıl
Circuit Analysis Using Impedance and Initial Conditions
Transfer function and impedance
when the input is a unit step function
when the input is an impulse function
The Fourier Series
Trigonometric Fourier series
Even Symmetry (çift)
Odd Symmetry (tek simetri)
v(t) consists of two parts: the dc component V_0 and the ac component V_n=|V_n|θ_n with several harmonics.
Average Power and RMS Values
The decibel Scale
The frequency response of the circuit's current magnitude
Low pass filter
High pass filter
Band pass filter