- Electric_video_1 (17:42) – drawing a basic inverter schematic, CMOSedu_1.jelib, inv_20_10.spi, and inv_20_10.sp (HSPICE) (save MOSFET models, C5_models.txt, to the C:\Electric directory)
- Electric_video_2 (23:38) – more inverter schematic drawing, CMOSedu_2.jelib, inv_sim_1.spi, and inv_sim_2.spi
- Electric_video_3 (34:55) – layout of an inverter (DRC, ERC, LVS [NCC]), CMOSedu_3.jelib, Inv_20_10_sch.spi, inv_sim_lay.spi, and inv_sim_lay_no_parasitics.spi
- Electric_video_4 (15:09) – adding separate connections for power and ground, CMOSedu_4.jelib and inv_sim_conn_1.spi
- Electric_video_5 (09:52) – drawing the schematic of a 21-stage ring oscillator, CMOSedu_5.jelib and ring_osc_sim_sch.spi
- Electric_video_6 (19:06) – lay out of a 21-stage ring oscillator, CMOSedu_6.jelib, ring_osc_sim_lay.spi, and ring_osc_sim_lay_with_parasitics.spi
- Electric_video_7 (35:04) – lay out an n-well resistor and divider, CMOSedu_7.jelib, 3_to_1_divider_sch.spi, and 3_to_1_divider_lay.sp
- Electric_video_8 (18:30) – lay out a poly1-poly2 capacitor and an RC circuit, CMOSedu_8.jelib, RC_sim_sch.spi, and RC_sim_lay.spi
- Electric_video_9 (24:25) – drawing the schematic and icon of a NAND gate, CMOSedu_9.jelib, NAND_2_sch.spi, and NAND_sim_sch.spi
- Electric_video_10 (28:33) – lay out of a NAND gate, CMOSedu_10.jelib
- Electric_video_11 (28:15) – drawing the schematic and laying out a NOR gate (no talking, just music and the sound of connections!), CMOSedu_11.jelib
- Electric_video_12 (10:50) – brief introduction to IRSIM and ALS (asynchronous logic simulator), CMOSedu_12.jelib
- Electric_video_13 (11:33) – brief introduction to using HSPICE and LTspice with Electric, CMOSedu_13.jelib
Electric VLSI Design System
Fonte: http://cmosedu.com/
