Lectures

Date	Topic	Slides	Reading
June 1	Introduction to Digital Electronics		Handout
June 2	Basic Circuits with Diodes		1.1-1.8
June 3	Basic Solid State Physics		2.1-2.3
June 4	Physics of Semiconductor Diodes		2.4-2.6
June 8	Physics of Semiconductor MOSFETs		3.1
June 9	MOSFET I-V Characteristics		3.2
June 10	Basic Circuits with MOSFET		Handout
June 11	MOSFET Threshold Voltage & Parasitic Capacitance		Handout
June 15	PSPICE Review		-
June 16	MOSFET Scaling Issues		Handout
June 17	Basic Digital Circuits with MOSFETs		Handout
June 18	CMOS Inverter VTC & ITC		5.1-5.4
June 22	CMOS Inverter Noise Margin & Delay Model		5.5
June 23	CMOS Inverter Power		5.6
June 24	CMOS Inverter Short Circuit Power		5.6
June 25	Exam Review
June 29	Exam
June 30	CMOS Inverter Leakage Power		5.7
July 1	Gate Sizing (Inverter Chain)		5.8
July 2	Interconnect Modeling I		4.1-4.3
July 6	Interconnect Modeling II		4.3-4.4
July 7	CMOS Fabrication		12.1-12.9
July 8	Design Rules & Basic Layout Techniques		11.1 - 11.6
July 8	Combinational Logic: NAND & NOR Gates		6.1 - 6.2
July 9	Combinational Logic: Transmission Gates		6.3
July 9	Logic Design Style: Static Logic		7.1
July 9	Logic Design Style: Dynamic & Domino Logics		7.2 - 7.3
July 13	Sequential Logic: D Flip-Flop		8.1 - 8.4
July 14	Timing Analysis		8.9
July 15	SRAM Memories		9.1-9.3
July 15	DRAM & FLASH Memories		9.4-9.6
July 16	Exam Review		-
July 20	Exam		6.1 - 6.2