SIMPLORER User Manual V6.0 - FER-a

General Description of Content
SIMPLORER 6.0 — Manual xi
1 Introduction
This chapter represents general hints for using this manual, for installing SIMPLORER, and
for working with graphical user interface.
2 Project Management
This chapter represents SIMPLORER’s program structure and the description of global program
setting (start programs, manage projects, settings for the program environment).
3 General Modeling Functions
This chapter represents the modeling with graphical input tool Schematic, including common
SML conventions (names, numeric data, qualifier, expressions, predefined variables, standard
functions), creating simulation models, using characteristics and subsheets, modifying model
parameters, and coupling to Mathcad.
4 Modeling with Circuit Components
This chapter represents all components of the Circuit (passive elements, sources, switches,
semiconductors device level, electrical machines, transformers) and all of their parameters. At
the beginning you can find the reference arrow system and invalid configurations.
5 Modeling with Block Diagrams
This chapter represents all block components (continuous blocks, discrete blocks, source
blocks, signal processing and math blocks) including all their parameters are described. At
the beginning you can find common rules for connecting of transfer blocks, defining signal direction
and defining block sample times.
6 Modeling with State Graphs
This chapter represents all state graph components (transition and states) including all their
parameters and action types. At the beginning you can find the use of animated symbols.
7 Using Measuring Instruments
This chapter represents all measuring instruments (electrical, fluidic, magnetic, mechanical,
thermal domain) and their reference arrow system. At the beginning you can find some typical
cases of use.
8 Using Signal Characteristics
This chapter represents all components of the Signal Processing folder (general parameters,
dynamic behavior parameters, dynamic performance parameters, special waveform parameters)
and all of their parameters. At the beginning you can find some typical cases of use and
features of the components.
9 Using Modeling Tools
This chapter represents all components of the Tools folder (time functions, characteristics,
equations) and all of their parameters. At the beginning you can find some typical cases of
use and features of the components.
10 Physical Domains
This chapter represents all components of the Physical Domains folder (electrical, fluidic,
magnetic, mechanical, thermal domain) and all of their parameters. At the beginning you can
find the reference arrow system of all domains.
11 Schematic Environment
This chapter represents the working of the model sheet itself, such as representation of results,
data export, text integration, using of templates,…. In addition, the updating of model
sheets from former versions are represented.