EE105 Lab: Monday 12:30 - 3:30pm
David Fang (dyfang@eecs.berkeley.edu)

Today:  Introduction to PSpice (pg 44)   (very simple lab today)
*** Announcements: Submit Exp3 Report and Exp4 (today's lab) Prelab, you can pick up Exp2 Reports

Need:  Working Computer
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Administrative Duties:
1)  Please send me an email at dyfang@eecs.berkeley.edu with your first and last name so that I can contact you easily if there's a problem.
2)  If your lab says 'see me' please do so. 
3)  Informal Lab Report Overview and Parts Required (intro, analysis, conclusion etc....)
4)  Basic Breakdown of Lab 2 Grading Policy
        20pts - Pre-lab (if no prelab required, freebie 20 points)
        10pts - Introduction
        10pts - Conclusion
        60pts - Distributed throughout the analysis required for the experiment
		for example:  2.1.3, 2.1.4, 2.1.5, 2.3.3, 2.3.4, 2.3.5 each worth 5 pts
                                     Entire 2.4 worth 5 points
                                     Entire 2.5 worth 10 points
                                     2.6.1 to 2.6.4 worth 10 points
                                     2.6.5 worth 5 points
5)  Please read over your labs to make sure there's no error in the grading
6)  Please continue to work hard on your labs, the first two labs were graded lightly because it was your    first lab reports, but now I'm expecting you to have all the required sections
7)  Lab Quizzes
8)  Need for Office Hours(?)

Tips and Tricks:  Some sample PSpice Circuit Elements and Analysis
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Pulse Voltage
V<name> <+node> <-node> PULSE <V1> <V2> <Delay> <Rise> <Fall> <PulseWidth> <Period>
eg.    Vpulse 1 0 Pulse 0 5V 1ms 2ns 2ns 1ms 2ms

MOSFET Device
M<name> <drain> <gate> <source> <bulk> <model> <geometry>
eg.     M1 2 1 0 0 NMOSFET W=1u L=1u

.model Statement
.model <name> <type NMOS,PMOS,npn,pnp etc...> <parameters>
eg.     .model NMOSFET NMOS kp=50e-6 Vto=0.7 Lambda=0.04

.tran Statement (for transient analysis)
.tran <start time> <end time> <time increments>
.tran 0 10ms 1ns

.ac Statement (for bode plots)
.ac   <type> <# of points per decade> <start freq> <end freq> 
.ac   dec 1000 1k 100Meg

.dc Statement (for dc sweeps)
.dc   <type> <voltage source> <start voltage> <end voltage> <step voltage>

End all your pspice circuit files with:
.probe (allows pspice to graph your outputs)
.end    (formally ends your spice file)