EDWinXP
Tutorials |
File Size |
Description |
| Schematic Editor |
103KB |
This tutorial will take
you through Schematic design session from setup to printing.
|
| PCB Layout Editor |
272KB |
During this
tutorial, you will explore the PCB design process.
This section provides an elaborate description on how to obtain physical representation of the
circuit on a Printed Circuit Board. The Layout Editor of EDWinXP facilitates this purpose.
|
| Mixed Mode Simulator |
674KB |
The Mixed-Mode Circuit Simulator Guide explains
how to perform Mixed-mode simulations of analog and digital designs.
|
| EDSpice Simulator |
715KB |
The EDSpice Circuit Simulator Guide explains how to perform SPICE based simulations
of analog and digital designs.
|
| Signal Integrity |
168KB |
This tutorial includes hands-on instructions to help you become familiar with how to
use EDWinXP 1.60 Signal Integrity Analyzer to analyze and simulate your PCB designs and to investigate
remedies to signal integrity problems.
|
| Field Analyzer |
1085KB |
This tutorial includes hands-on instructions to help you become familiar with how
to use EDWinXP 1.60 Field Analyzer to analyze the field effects on your PCB designs and to investigate
remedies to field problems.
|
| Thermal Analyzer |
209KB |
This tutorial helps to have an overview on the Thermal Analyzer which is intended to be used for analyzing and identifying potential thermal
problems on a Printed Circuit Board.
|
| Electromagnetic Analyzer |
247KB |
This tutorial helps to understand the distribution of electric field intensity over a PCB.
Electromagnetic Analyzer is used to predict the intensity of electromagnetic field generated by the working circuit on the PCB.
|
| Fabricating the PCB Layout |
421KB |
Fabrication means generation of different outputs required for manufacturing the PCB.
The usage of Fabrication Manager of EDWinXP is illustrated in this part of the manual.
|
| Assigning Simulation Model |
167KB |
This tutorial includes hands-on instructions to help you become familiar with how
to assign simulation model to components.
|
| 3D Creation |
1591KB |
PCB are usually housed inside cabinets or any intricate structures where spacing between
different boards placed has to be dealt with prudently. Working in 3D environment facilitates
optical design check. It provides an in-depth analysis of the board density and a realistic view of a
designed PCB.
|
| 8051 Microcontroller in EDWinXP |
360KB |
The 8051 Microcontroller in EDWinXP facilitates programming in C and in Assembly language.
|
| List Of Materials |
359KB |
This tutorial describes how to create the List Of Materials used in a project.
|
| Copper Pour Area |
439KB |
This tutorial illustrates the creation of Copper Pour Area in the PCB Layout.
|
| Filter designer |
150KB |
This tutorial includes hands-on instructions to help you become familiar with how
to assign simulation model to components.
|
| Hierarchy |
341KB |
Hierarchies are a way of splitting up and organizing,
large electronic projects into a systematic set of manageable small pieces.
This tutorial describes the hierarchial splitting of circuits.
|
| Multiple group pin assignment |
169KB |
This tutorial illustrates the multiple pin assignment of parts in the library.
|
| Model Parameter Editor |
285KB |
The Model Parameter Editor eases the management and creation of model libraries by extracting .MODEL
lines from existing SPICE netlist, loading models from the model libraries
allowing you to modify and re-save them, and the creation of new models.
|
| SPICE Netlist Import |
437KB |
This utility allows to import
both circuit (.cir) and subcircuit (.sbc) files to the system. The Schematic diagram is generated by converting the imported file data to the project. All the Instance parameters and
Model parameters are set during conversion. This tutorial explain its procedure.
|
| Subcircuit Adapter |
70KB |
The Subcircuit Adapter allows existing SPICE subcircuits to be converted into an EDSpice format,
that is, a header is added to the subcircuit as SPICE comment lines. This allows a subcircuit to be assigned to a
symbol in the Interactive Module, while maintaining compatibility with any other version of SPICE.
|
| Subcircuit Attachment |
370KB |
This illustrates the procedure for attaching subcircuits for components in EDSpice. |
| Conversion Manager |
418KB |
This illustrates the procedure for conversion of libraries, projects etc to EDWinXP.Conversion Manager is used for converting the libraries, databases of EDWin 16-bit compatible to EDWin XP i.e. the 16 bit databases and libraries of EDWin get converted into project database and Libraries compatible for EDWinXP.
|
| Design Rules |
372KB |
This illustrates the design rules to EDWinXP.This utility is used to preset certain parameters for manual, semiautomatic and automatic routing of traces and component placement.
|
| Field Editor |
494KB |
This illustrates the working of field editor.A library element contains additional fields for storing cross-references and in case of parts even thermal parameters. These cross-references are not needed for proper functioning of the system but are useful for searching and browsing. Since this information cannot be reconstructed automatically during conversion, a special program called "Field Editor" has been provided.
|
| List Generator |
305KB |
This illustrates the working of List Generator.List Generator is a utility that allows generating a list containing requisite details of component library and Project.
|
| Layout DXF Export |
305KB |
This illustrates the working of Layout DXF Export.The Layout DXF Export is an application that allows to export the layout graphics to AutoCAD DXF format.
|
| Print Manager |
300KB |
This illustrates the working of Print Manager.Print Manager allows printing the project designs and various files generated from different modules of the program with ease at a single stretch.
|
| Creation of Oval Padstack |
322KB |
This illustrates the creation of Oval Padstack.
|
| EDS Model Generator |
312KB |
This illustrates the working of EDS Model Generator.This tool converts a VHDL source file to a simulatable component in EDSpice, the SPICE based simulator ( which is a plug-in). This also serves the purpose of making simulation much faster .
|
| VHDL Editor |
313KB |
This illustrates the PCB Test in EDWinXP.VHDL Editor is basically an editor for writing VHDL source files.
|
| Library Creation |
794KB |
This tutorial illustrates the creation of components in EDWinXP library.
|
| Import Schematic Wirelist |
1954KB |
This tutorial describes the procedure of creating a schematic diagram by importing a wrs file.
|
| Reverse Engineering |
795KB |
This tutorial describes how to recreate a project from the gerber files.
|
| ODB++ Import Principle and Procedure |
230KB |
This tutorial describes the ODB++ Import Principle and Procedure.
|
| PCB Panelizing |
446KB |
This tutorial describes the PCB Panelizing process. |