EE 105 Microelectronic Devices & Circuits FALL 2018 C. Nguyen
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1 1. Objective UNIVERSITY OF CALIFORNIA College of Engineering Department of Electrical Engineering and Computer Sciences HSPICE Tutorial The objective of this session is to give initial exposure to the software environment that will be used in the lab session throughout the semester. HSPICE (a circuit simulator) and WaveView Analyzer (a waveform viewer) will be used to execute some of the procedures that are necessary in many lab assignments, in addition to your project, during the course. 2. Set up the simulation environment a. Login the computer in Cory 125 using your WINDOWS instructional account. You may want to change the password using the command listed on the instructional account sheet for both WINDOWS and UNIX for future use. In our lab, we will use LINUX environment for running HSPICE. Connect to a LINUX server: Software PUTTY and Xming is used to connect to a LINUX server. First open the Xming software, then open PUTTY and type the server name hpse-9.eecs.berkeley.edu as the Host name. Here remember to click SSH X11 and enable X11 forwarding. Login using your instructional account: After first time login, you can change the password using command: ssh update for UNIX account or CTRL+ALT+DEL then click change password for WINDOWS account. b. Create and direct to the workspace folder named EE105. Open your favorite text editor and type in the netlist of the circuit shown in Figure T1.1. You may want to do this as follows: > mkdir EE105 > cd EE105 > vim your_ckt.sp Figure T1.1
2 c. You may use the netlist below for Figure T2.1. EE105 FALL18 SAMPLE LP FILTER CIRCUIT vs vs gnd pwl(0ms 0V 5ms 0V 5.1ms 5V 10ms 5V) r1 vs v0 5k r2 v0 gnd 5k c1 v0 gnd 0.25uF.tran 0.001ms 10ms.options post=2 nomod.end *Options, such as output file and simulation report format, are controlled by proper commands listed after.options. post=2 instructs the simulator to generate a WaveView-readable file such that you can plot the data in WaveView. nomod instructs the simulator to generate the simulation report, i.e. the.lis file, without printing model details. You will find nomod useful when there are multiple complex models within your netlist. 3. Run a sample low-pass filter circuit a. Simulate the circuit netlist you just created. > hspice your_ckt.sp > your_ckt.lis Upon proper completion of the simulation, you should see the following: > info: ***** hspice job concluded b. Definitions of the output files: a) your_ckt.sp is the input netlist (your file) b) your_ckt.sw0 is the DC sweep data output (used by awaves) c) your_ckt.tr0 is the transient data output (used by awaves) d) your_ckt.out is the output listing from HSPICE (look here for errors or text about the circuit) e) your_ckt.st0 is the simulation run information (usually not useful) f) your_ckt.ic0 is the information about the initial condition computed by HSPICE (usually don t need to look at this) 4. View the results of the transient analysis Load WaveView Analyzer and examine the results of the transient analysis by entering the following: > awaves & or
3 > wv & Once WaveView loads, click on File/Import Waveform File. This will open a menu to select which output file to display. Your output your_ckt.sw0 as well as your_ckt.tr0 should be listed; if not, switch to the correct directory using the tab or the arrows. Once you have found your output files, double-click on your_ckt.tr0, which should import the transient data into Output View window. To view the transient waveforms, click on the + sign in front of the file name D0:your_ckt.tr0 and then double click on toplevel. Now you should see the waveform data listed below. To see the waveform, you can just double click on the waveform name and it will appear in a new panel on the right. In our case, we want to plot the waveforms for in and out in the same panel. To do this, select v(vs) by single clicking on it, then hold Ctrl and double click on v(vo). You should see both waveforms appear on the same panel. To save your trace data, press Ctrl+E. 5. DC operating point a. Create a netlist of the circuit in Figure T1.2. You may copy use the netlist shown below. EE105 FALL18 SAMPLE DIODE CIRCUIT.model diode_sample d (is=1e-14 vj=0.6 rs=10) vs vs gnd 5V r1 vs vo 5k d1 vo gnd diode_sample.op.end Figure T2.1 b. Simulate this circuit and open the SPICE output file filename.lis and scroll down until you see the following: ****** operating point information ****** +0:vo = m 0:vs = c. From the output file we know that the DC output voltage is mv. 6. Syntax Reference Any bracketed labels must be replaced entirely (i.e. if you want a value of 5 V, you should replace <value> with 5V).
4 Independent voltage source v<name> <+ terminal> <- terminal> <value> Independent current source i<name> <+ terminal> <- terminal> <value> Voltage-controlled voltage source E<name> <+ terminal> <- terminal> <+ control> <- control> <gain> Current-controlled voltage source (vcontrol refers to the voltage source which the controlling current flows through) H<name> <+ terminal> <- terminal> <vcontrol> <gain> Voltage-controlled current source G<name> <+ terminal> <- terminal> <+ control> <- control> <gain> Current-controlled current source (vcontrol refers to the voltage source which the controlling current flows through) F<name> <+ terminal> <- terminal> <vcontrol> <gain> Sinusoidal source (used as a <value>) sin(<offset> <amplitude> <frequency> <delay> <damping> <phase>) Square wave source (used as a <value>) pulse(<vmin> <vmax> <delay> <rise time> <fall time> <pulse width> <period>) Piece-wise linear source (used as a <value>) pwl(<t0> <v0> <t1> <v1> <t2> <v2>...) Resistor r<name> <terminal 1> <terminal 2> <value> Capacitor c<name> <terminal 1> <terminal 2> <value> Inductor l<name> <terminal 1> <terminal 2> <value> Model (type can be nmos, pmos, NPN, PNP, or d for diode).model <name> <type> (<parameter list>) MOSFET (you can specify additional parameters, such as W=<value> L=<value>, in the parameter list) m<name> <drain> <gate> <source> <body> <model> <parameter list> BJT q<name> <collector> <base> <emitter> <model> <parameter list>
5 Diode d<name> <+ terminal> <- terminal> <model> <parameter list> AC analysis (pick either lin, dec, or oct).ac <lin dec oct > <number of samples> <freq start> <freq stop> DC analysis.dc <source> <start> <stop> <step> Nested DC analysis (source1 is swept, source2 is stepped).dc <source1> <start1> <stop1> <step1> <source2> <start2> <stop2> <step2> Transient analysis.tran <t step> <t stop> TF analysis.tf v(<node>) <source> PZ analysis.pz v(<node>) <source>
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