Slides:
Note: The author would like to thank many people who have created base slides for this set. I would like to explicitly thank Dr. Afzali-kusha from the University of Tehran, Dr. Ejlali from Sharif University of Technology, Dr. Chandrakassan from MIT and Dr. Rabaey from University of California.
Lecture_1_Introduction_48.ppt
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Lecture_2_Device model_42.ppt
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Lecture_3_Static_CMOS_61.ppt
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Lecture_4_PowerComponents_58.pdf (*)
Lecture_5_Scaling_II_28.ppt
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Lecture_5_Scaling_I_22.ppt (*)
Lecture_6_Leakage_24.pptx (*)
Lecture_7_Interconnects_88.ppt
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Lecture_8_Reliability
Issues_10.pptx (*)
Lecture_ESD_40.pdf (*)
Lecture_SER_20.pdf (*)
Lecture_9_ProcessVariation_36.ppt (*)
Lecture_10p1_Domino_Architecture_5.ppt
Lecture_10_Timing_129.pptx (*)
Lecture_11p1_Logical_Effort_37.ppt
Lecture_11p2_Optimization_68.pptx
Lecture_12p1_Low-voltage techniques_61.ppt (*)
Lecture_12p2_Low_leakage_ckt_78_.ppt (*)
Lecture_12p3_Adiabatic_21.ppt
Lecture_13_LP_RTL_95.pptx (*)
Lecture_14_LP_Software_40.pdf
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Lecture_15_Semiconductor Memories_97.ppt
Lecture_15_SRAM_52.ppt
Lecture_16_SRAM_myself_22.ppt
Lecture_17_CAMs_30.ppt
Lecture_18_Test_SRAM_40.ppt