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Also it will be the best choice for high-end engineering/graphics stations with professional OpenGL graphic cards. OpenGL usually works a bit slower than Direct3D, however it is more universal for different operating systems and less dependent on hardware/drivers. However this mode also depends on hardware/drivers/versions, so small percent of computers (usually with very new/buggy or very outdated OS/drivers) can have issues with it (artefacts on the screen or some objects disappear).2.

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Direct3D is the fastest mode for typical Windows PC and we recommend to use it if it works on your system correctly and you haven't High-End Graphics System with OpenGL hardware. You can select graphics mode that is better for you: 1. If you run Schematic program first time, you will see the dialog box for graphics mode and color scheme selection. This is a schematic that you will be creating using DipTrace schematic capture module: Open DipTrace Schematic Capture module, i.e., go to Start All Programs DipTrace Schematic

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Creating a simple Schematic and PCB.This part of tutorial will teach you how to create a simple schematic and its PCB (Printed Circuit Board) using DipTrace program. Designing a Pattern Library 65 1.1 Customizing Pattern Editor 65 1.2 Designing a Resistor 66 1.3 Saving library 72 1.4 Designing a Capacitor 73 1.5 Designing a DIP 14 Pattern 76 1.6 Designing a DIP Pattern with a Variable Number of Pads 79 1.7 Placing the Patterns 81 Manufacturing output 57 6.1 DXF output 57 6.2 Gerber output 60 6.3 Create NC Drill File for CNC Machine Drilling 64ġ.

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Designing a PCB 24 5.1 Preparing to Route 24 5.2 Autorouting 27 5.3 Working with Layers 30 5.4 Measuring Trace Length 32 5.5 Manual Routing 5.6 Working with Vias 5.7 Selecting Objects by Type/Layerĥ.8 Placing Text and Graphics 44 5.9 Copper Pour 5.10 Locking Objects 5.11 Design Verification 5.12 Design Information 5.13 Panelizingĥ.12 Printing 556. Establishing a Schematic Size and Placing Titles 42. This version of tutorial was created for DipTrace ver. We will be happy to be of assistance and gladly answer all your questions. If you have any questions while learning the tutorial, contact our support staff. The tutorial includes step-by-step design guide and many additional insets that allow you to discover program features.

Designing a Pattern Library 65 1.1 Customizing Pattern Editor 65 1.2 Designing a Resistor 66 1.3 Saving library 72 1.4 Designing a Capacitor 73 1.5 Designing a DIP 14 Pattern 76 1.6 Designing a DIP Pattern with a Variable Number of Pads 79 1.7 Placing the Patterns 81ĭipTrace TutorialThis document allows you to get started with ease by designing simple Schematic and its PCB, pattern and component libraries, then trying different package features. Manufacturing output 57 6.1 DXF output 57 6.2 Gerber output 60 6.3 Create NC Drill File for CNC Machine Drilling 64 II.

Designing a PCB 24 5.1 Preparing to Route 24 5.2 Autorouting 27 5.3 Working with Layers 30 5.4 Measuring Trace Length 32 5.5 Manual Routing 5.6 Working with Vias 5.7 Selecting Objects by Type/Layer 34 37 42 5.8 Placing Text and Graphics 44 5.9 Copper Pour 5.10 Locking Objects 5.11 Design Verification 5.12 Design Information 5.13 Panelizing 47 50 51 53 54 5.12 Printing 55 6. Establishing a Schematic Size and Placing Titles 4 2. DipTrace Tutorial This document allows you to get started with ease by designing simple Schematic and its PCB, pattern and component libraries, then trying different package features.

Diptrace pcb for cnc