Elektronik I · Dijital ders notu
Uygulama dersi: BJT ve MOSFET devre analizi
- Ders
- Elektronik I
- Dönem
- 4. Dönem · 2022–2023 Bahar
- Biçim
- PDF · 15 sayfa · 0,5 MB · el yazısı görünümlü LaTeX
- Orijinal not
- Elektronik1-Uygulama-dersi.pdf
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.
Bu notta neler var?
- Uygulama
- Soru 2
- Soru
Notun metni
Düz metin olarak göster (formüller ve çizimler yoktur)
Analyze the circuit at left. Assume β = 100 , V_A = 100 . Calculate the voltage gain (v_outv_in) , R_in , and R_out
Determine the type of amplifier
Common-Emitter (Use π model)
DC analysis (to find small signal param )
(ok: v_π ifadesi V_out denkleminin sonundaki v_π 'ye yerleştiriliyor)
Common emitter de sadece farkı var!
Design the circuit given below to obtain a current of 80 . Find the value of R_D and V_D . Let the NMOS have V_T = 0,6 , . Neglect channel length modulation.
(İlk iki satırda 12μ_n C_oxWL çarpanı çizilmiş; V_GS1 ve V_GS2 daire içine alınmış.)
Design the circuit to obtain a drain voltage of 0,1 . What is the effective resistance between drain and source at this point V_T = 1 and .
(İlk ifadenin altında dalgalı çizgi ve ``X'' işareti var.)
Perform DC analysis, calculate small signal params
Estimate the voltage gain [v_outv_sig] , R_in , R_out
Draw small signal equivalent circuit
Calculate gain, R_in , R_out