Course Description (417desS11.pdf) here

Course Time Schedule (417timS11.pdf) here

Course Paper Choices updated 04/13/11 (417_S11_pprs.pdf) here

Paper Presentation Schedules updated 04/13/11 (417prsnSchedS11.pdf) here

paper description (417pprdes.pdf) here

Design Report Grading Form (ee417rpt_grd.pdf) here

Week #1 & 2 familiarization with lab, LabView, DAQ (weeks_1_2S11.pdf) here

Weeks #3-#4 Op-amp curve tracer, MAGIC (weeks_3_4S11.pdf) here

Weeks #5-#6 Astable Multivibrator & Ring Oscillator designs and vlsi layout (weeks_5_6S11.pdf) here

Week #7 Active components (R, L, C); catch up (week_7S11.pdf) here

Guide to use of E. L. Tan curve tracer virtual instrument (ELTan_Guide_RWN.pdf) here

LabView curve tracer vi of E.L.Tan_RWN updated for LabVIEW 8.0 09/18/06 {this still requires the inputs of the < symbol reversed) (ELTan_curve_RWN.vi) here

LabVIEW to control oscilloscope; guide of Y. Zhao (guide_read_waveforms.pdf) here

LabVIEW to print curves from X. He (XHHE_use_labview.pdf) here

DAQ pins (DAC_pins.pdf) here

1458 op-amp data & pins (DAC_pins.pdf) here

4558 op-amp info (DAC_pins.pdf) here

LabVIEW Quick Reference (LV_quickref.pdf) here

The files cross listed below have various items of interest for the course.

Microsystems Lab VLSI design page here

Contains Spice models, MAGIC Layout tutorial, VLSI examples