SLiCAP User Guide
SLiCAP output displayed in this SLiCAP user guide, is generated with the script: manual.py.
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
Manual.py: SLiCAP scripts for the HTML help file
"""
from SLiCAP import initProject
initProject("Manual")
# Import scripts for HTML help
from circuit import *
from specifications import *
from parameters import *
from models import *
from subcircuits import *
from matrix import *
from laplace import *
from pz import *
from ttime import *
from noise import *
from dcvar import *
from feedback import *
from balanced import *
from math import *
from ngspice import *
from plots import *
- Download, install, configure and test SLiCAP
- Create a SLiCAP circuit object
- Schematic capture for SLiCAP
- Work with specifications
- Work with parameters
- SLiCAP built-in parameters
- Circuit parameters
- Assign a value or an expression to a parameter
- Assign values or expressions to multiple parameters
- Delete a parameter definition
- Obtain the value of a parameter
- Obtain the values of multiple parameters
- Display tables with parameters on HTML pages or in LaTeX documents
- Work with models
- Work with subcircuits
- Perform analysis
- SLiCAP circuit matrix equation
- SLiCAP Laplace analysis
- Perform Laplace analysis
- Return attributes
- Related math functions
- Coefficients of a Laplace rational function
- Obtain circuit component values using a prototype function
- Obtain a Butterworth polynomial
- Obtain a Bessel polynomial
- Obtain a Chebyshev type 1 polynomial
- Obtain a filter prototype function
- Example 3-rd order Chebyshev type 1 bandpass 900 Hz-1200 Hz
- Inverse Laplace Transform
- Display equations on HTML pages and in LaTeX documents
- Plot frequency characteristics
- SLiCAP pole-zero analysis
- SLiCAP time-domain analysis
- SLiCAP noise analysis
- SLiCAP DC and dcvar analysis
- dc and dcvar parameters
- Subcircuits with dcvar
- DC variance analysis
- Tolerances, temperature drift, matching and tracking
- No tolerances and no temperature coefficients
- DC voltage soure with standard deviation
- DC voltage soure with temperature coefficient
- DC voltage soure with stddev. and tempco.
- Rel. stddev of resistor values, perfect matching
- Rel. stddev of resistor values, perfect matching and tracking
- Rel. stddev of resistor values, imperfect matching and tracking
- V src stddev and tempco, rel. res. stddev. imperf. matching/tracking
- Display equations on HTML pages and in LaTeX documents
- Work with feedback circuits
- Work with balanced circuits
- Work with analysis results
- Interface with NGspice
- Create plots
- Create reports