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SESSION |
TOPICS |
REFER TO |
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1 |
EE-601 - Syllabus
Spice-Tools
HOMEPAGE
Introduction
Introduction to SPICE
(Practice 1a): Install a minimum of three preferred SPICE programs.
SPICE simulation tutorials:
- RTL Cascaded Inverter
Using WinRAR to prepare works for upload to the Blackboard
| chap1
SPICE tool |
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2 |
Detail procedure running Differential Pair cicuit on AIM-Spice
Detail procedure running Elliptic LP filter on:
- WinSpice
- PSpice
- SwitcherCADIII / LTspiceIV - highly recommended
- TopSPICE
(Practice 2a): Repeat (a) RTL Cascaded Inverter and (b) Differential Pair SPICE simulation above
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chap1,3
SPICE tool |
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3 |
- Two-Terminal Devices
- IV model, CV model, Spice parameters, Temperature dependence
- PSpice 9.1 basics
- Subcircuits - samples sn74h04 digital inverter; & sn74h51 dual AOI gate
- Vacuum Tube Preamp Analysis & Simulation
- Design your own SPICE models & use it to emulate devices
- (WinSpice3): using the B<source>, ammeter, .DC, .SUBCKT, X<components>, Wspice3 Controls: *#DESTROY ALL,
*#RUN, *#PLOT
- (PSpice9.1): using E<source>, .TRAN, .PROBE
- Importing WinSpice3 code to AIM-Spice. How to make it simulate correctly? (Using AppShare)
(Practice 3a): Redo Practice 2a, this time using PSpice either developing
a text file or using the schematic capture program.
| chap3
SPICE tool |
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4 |
- Temperature dependence of diode characteristics
- (AIM-Spice): using the DC Transfer Curve Analysis, etc & PostProcessor
- (PSpice9.1): using the .DC, .OP, .TEMP, .LIB & .PROBE
- Parametric Analysis in SPICE
- (CASE STUDY): Elliptic Filter, Variable Q Network, Wien Bridge OSC
- (PSpice9.1): using the .PARAM, { }, .STEP, .AC, .TRAN, .PROBE, SUBCKT, X<component>, E<source>
- The design of the Voltage-Controlled Impedance SUBCKT ZX.
- The design of the Voltage-Controlled Admittance SUBCKT YX
- Using LTspice IV:
- Custom user symbol
- Symbol associated to .SUBCKT ... ENDS
- Symbol assocated to Schematic Diagram
(Practice 4a): Redo SPICE models modCUBE and 12AU7 triode vacuum tube (presented
under the "Design your own SPICE ..."), this time using DC Sweep in schematic
program.
| chap3
SPICE tool |
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5 |
- PSpice design manager
- PSpice A/D
- Schematic program
- Modeling Transformer in Schematic
- Magnetically Air-Coupled Circuit
- SPICE Analysis of Ideal Transformer Circuits
| SPICE tool |
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6 |
- Bipolar junction transistors
- Selective SLIDES & Samples
- Controlled sources in SPICE: VCVS, VCCS, CCVS,CCCS
- (WinSpice3): using SUBCKT, X<components>, { }-parameters passing, ammeter, E,G,H & F controlled sources, PWL,PULSE & POLY
independent sources, .TRAN
- (PSpice9.1): using E,G,H controlled sources, .TF, .AC, .PROBE
- Illustration for Basic VCCS & CCCS BJT npn model
(Practices):
(1) Convert all those WinSpice sample codes to PSpice and AIM-Spice equivalent codes and test run them.
(2) Convert all those PSpice sample codes to WinSpice and AIM-Spice equivalent codes and test run them.
(3) Convert all those
AIM-Spice sample codes to PSpice and WinSpice equivalent codes and test run them.
(4) Create PSpice9.1 SUBCKT model for the CCCS npn BJT, assume beta = 200 and same diode as illustrated earlier.
chap4
SPICE tool |
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7 |
- Creating library of SPICE reusable analog and digital components
- Test circuits for SPICE library of components
- Library
- Some include files invoke from subcircuits
(Practice 7a): Derive the CMOS XOR Pull-up and Pull-down functions for the gate's transistor switching requirement
to correspond to the test circuit shown under the "Test Circuits".
| chap4
SPICE tool |
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8 |
- The importance of being able to create "Instance Model" in circuit design
- Setup Analysis
- Using the PSpice Model Editor
- Edit Model Selections:
- Change Model Reference...
- Edit Instance Model (text)...
- Edit Instance Model (Model Editor)...
- Parametric Sweep
- The effect of circuit components
- Instance Model & Speed of NMOS Transistor
chap4
SPICE tool |
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9 |
Midterm
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10 |
- Analog Behavioral Modeling (ABM) in PSpice
- Let's test the following ABM PSpice extension
- Lookup TABLE
- K_linear
- GVALUE
- EVALUE
- LAPLACE
- LOPASS
- PWR
- EMULT
HOWTO Draw myDIODE2 Schematic in Detail
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chap4
SPICE tool |
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11 |
- Field Effect Transistors
- MOSFET I-V Characteristic
- Create a multi-emitter BJT
- Modeling MOSFET's in SPICE
(Practice 11a): Repeat above "MOSFET I-V Characteristics" in WinSpice3 and also in AIM-Spice3.
Did you ran into any difficulties? How did you resolve the problem?
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chap5
SPICE tool |
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12 |
- Parametric sweeping on MOSFET's channel width
- HOW-TO-DO-IT? (sweeping channel width)
- SPICE modeling CMOS / MOSFET digital gates
- Modeling MOSFET in SPICE
(Practice 12a): Perform MOSFET channel length parametric sweep and find the effect of
length on the characteristic.
(Practice 12b): Redo using PSpice some/all of the SPICE models presented under the "SPICE
modeling CMOS/MOSFET ...".
| chap5
SPICE tool |
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13 |
- Converting simplified CMOS / MOSFET switching to schematic diagram
- 555 Timer, Digital TTL, Digital CMOS, ...
| chap5
SPICE tool |
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14 |
- Z-Transform - (URL link)
- Analog and Time-Sampled Simulation of Passive Network
- Step and Frequency Response of some Digital Filter
- Digital Control Systems
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chap5
SPICE tool |
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15 |
- Special Topics - interesting techniques & applications
- Advanced FET Modeling
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chap6
SPICE tool |
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16 |
Final
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SPICE tool |
