ECE 342: Electronic Circuits

	Topic	Prof. Hanumolu	Prof. Radhakrishnan
1	Introduction	Lec-1B	Lec-1C
2	KVL/KCL & Thevenin/Norton Theorems	Lec-2B	Lec-2C
3	Dependent and Independent Sources]	Lec-3B	Lec-3C
4	Linear/Nonlinear Systems, Incremental Analysis	Lec-4B	Lec-4C
5	Incremental Models	Lec-5B	Lec-5C
6	Incremental Models Contd	Lec-6B	Lec-6C
7	MOS transistor	Lec-7B	Lec-7C
8	MOS Regions of Operation	Lec-8B	Lec-8C
9	MOS DC Analysis	Lec-9B	Lec-9C
10	Common Source Stage	Lec-10B	Lec-10C
11	Common Source Amplifier Gain]	Lec-11B	Lec-11C
12	Common Source Amplifier Gain Contd.	Lec-12B	Lec-12C
13	Common Source Amplifier Gain Contd.	Lec-13B	Lec-13C
14	MOS Terminal Impedances	Lec-14B	Lec-14C
15	Alternate Gain Calculation Method	Lec-15B	Lec-15C
16	Alternate Gain Calculation Method Examples]	Lec-16B	Lec-16C
17	CS/CG/CD Stages	Lec-17B	Lec-17C
18	CS/CG/CD Contd.	Lec-18B	Lec-18C
19	BJT	Lec-19B	Lec-19C
20	BJT Incremental Model	Lec-20B	Lec-20C
21	CE Amplifier with degenration]	Lec-21B	Lec-21C
22	BJT Terminal Impedances	Lec-22B	Lec-22C
23	BJT Amplifier stages	Lec-23B	Lec-23C
24	Frequency Response - Bode Plots I	Lec-24B	Lec-24C
25	Frequency Response - Bode Plots II	Lec-25B	Lec-25C
26	Frequency Response - Bode Plots III	Lec-26B	Lec-26C
27	CE/CS Stage Frequency Response	Lec-27B	Lec-27C
28	Frequency Response - Associations Poles to Nodes	Lec-28B	Lec-28C
29	Frequency Response - Associations Poles to Nodes	Lec-29B	Lec-29C
30	Feedback	Lec-30B	Lec-30C
31	Feedback Contd.	Lec-31B	Lec-31C
32	Feedback Contd.	Lec-32B
32	Feedback Contd.		Lec-32C
33	Feedback and Stability	Lec-33B	Lec-33C
34	Feedback and Stability Contd.	Lec-34B	Lec-34C
35	CMOS Logic Gate Design
36	CMOS Logic Gate Design	Lec-36B	Lec-36C
37	CMOS Sizing	Lec-37B	Lec-37C