Lecture 2 – Intrinsic gain, cascode amplifier and current mirror
The Cascode Amplifier · Cascoding · 7.4 IC biasing · Current mirror
Electronics II Lecture Notes
Elektronik II — ders notları · Gebze Teknik Üniversitesi (GTÜ) Elektronik Mühendisliği
Multistage and differential amplifiers, current mirrors, frequency response, feedback and output stages.
Çok katlı ve fark kuvvetlendiricileri, akım aynaları, frekans yanıtı, geri besleme ve çıkış katları.
- Semester 5 · Fall 2023–24
- 12 lecture notes
- 13 digital notes
- 1 exam-prep file
On this page: Lecture notes Digital notes (LaTeX) Exam preparation
Most files are in Turkish; file and folder names are shown as they appear in the repository.
Lecture notes
Digital notes (LaTeX)
Searchable digital versions of the handwritten notes, typeset in LaTeX (the notes are written in Turkish). Template and build: latex-sablon.
Notice: The digital notes were created from the handwritten notes with the help of Claude (Anthropic); they are meant as a supplementary resource and may contain errors. Always rely on the original notes and the official course materials.
Lecture 3 – Current Mirrors, Widlar/Wilson, Cascode Amplifier
BJT Circuits · Current Steering BJT · Wilson Current Mirror · Bob Widlar Current Source · 7.3 The Cascode Amplifier
Lecture 4 – Cascode and differential amplifiers
The MOS cascode · BiCMOS cascodes · Differential amplifier
Lecture 5 – Differential amplifier: small signal, CMRR, common-mode range
Small-Signal Operation of MOS Differential Pair · Effect of r_o · The differential half circuit · Common-Mode Gain and Common-Mode Rejection Ratio · Effect of g_m mismatch on CMRR g_m1 ≠ g_m2 · Common mode Range
Lecture 6 – BJT differential amplifier and differential pair problems
BJT Differential Amplifier · Diff mode half-circuit model · Common mode half-circuit model
Lecture 7 – BJT differential amplifier, CMRR and active-loaded differential amplifier
Effect of r_o? · CMRR and Common mode operation · Ac mode · CMRR diff · Active-Loaded CMOS differential Amplifier
Lecture 8 – Active-loaded differential amplifier and frequency response
Frequency response · 2. kapasiteden kaynaklı etkiyi koyalımkoyalım
Lecture 9 – Frequency response: low/high frequency, Miller's theorem
BJT · Mosfet · The CE amplifier · Soru · In BJT · Miller's Theorem
Lecture 11 – Feedback: General Structure, Voltage and Current Amplifiers
Feedback · The general feedback structure · 1- Voltage Amplifiers (Shunt (o) – Series (I)) · Two port network equivalent · Complete model · 2- Current Amplifiers (Series (o) – Shunt (I))
Lecture 12 – Series-Series, Shunt-Shunt Feedback and Worked Examples
Series (o) – Series (I) Feedback Topology · Two-port equivalent circuit · Shunt – Shunt feedback topology (Transresistance amplifier)
Final exam study: feedback and frequency response
Feedback · The general feedback structure · Voltage Amplifiers (Shunt-Series) · Two port network equivalent · Complete model · Current Amplifier feedback
Other courses this semester
Analog Communication Systems · Electromagnetic Field Theory · Electromechanical Energy Conversion · Electronics Laboratory II · Microprocessors · Microprocessors Laboratory
Open the folder on GitHub← Semester 5
Course materials belong to their instructors and GTU and are shared for educational purposes only.