Diptrace User Manual

Diptrace is a comprehensive EDA (Electronic Design Automation) software suite for schematic capture and PCB design. It offers multi-sheet schematics, hierarchical design, real-time DRC, auto-router, 3D visualization, and supports various export formats. The software includes components for schematic design, PCB layout, component creation, and pattern editing. Below are key sections covering installation, features, workflow, tools, and troubleshooting.

Features at a Glance

Key components: Schematic Editor, PCB Layout, Component Editor, Pattern Editor, Auto-router, 3D Viewer.

Feature	Description
Schematic Editor	Multi-sheet schematics with hierarchical design
PCB Layout	Multi-layer boards with real-time DRC
Component Editor	Create and modify schematic components
Pattern Editor	Design and edit PCB footprints
Auto-router	Shape-based and grid-based routing
3D Viewer	Real-time 3D visualization of PCB designs
Library Management	Extensive component libraries with import/export
DRC Verification	Real-time design rule checking
Export Formats	Gerber, DXF, PDF, STEP, and more
Cross-probing	Synchronized selection between schematic and PCB

System Requirements

• Operating System: Windows 7/8/10/11, Linux, macOS
• Processor: 1 GHz or faster
• RAM: 2 GB minimum (4 GB recommended)
• Hard Disk: 500 MB free space
• Display: 1024x768 resolution minimum
• Graphics: OpenGL 2.0 compatible
• Additional: USB port for license dongle (if applicable)

Installation Guide

Download and install Diptrace from official website.

1. Download installer: Visit diptrace.com and download latest version.
2. Run installer: Follow on-screen instructions for your OS.
3. Activate license: Enter license key or use trial version.
4. Configure preferences: Set default units, grid settings, and file locations.

NOTE! Ensure system meets minimum requirements before installation.

Getting Started

Launch Diptrace and create new project.

1. Create project: File > New Project, select schematic or PCB.
2. Set preferences: Configure grid, units, and design rules.
3. Add components: Use library panel to place components.
4. Connect components: Use wire tool to create connections.
5. Update PCB: Synchronize schematic with PCB layout.

TIP: Start with template projects for common designs.

Schematic Capture

Design electronic circuits using schematic editor.

1. Place components: Drag from library or use component tool.
2. Connect components: Use wire tool or auto-connect.
3. Add power/ground: Use power ports and ground symbols.
4. Multi-sheet design: Create hierarchical sheets for complex designs.
5. Annotate components: Auto-number or manual numbering.
6. ERC check: Run electrical rules check for errors.
7. Generate netlist: Export for PCB layout.

WARNING! Always run ERC before proceeding to PCB layout.

PCB Layout

Convert schematic to physical PCB design.

1. Board outline: Define board shape and dimensions.
2. Component placement: Arrange components optimally.
3. Routing: Manual routing or use auto-router.
4. Copper pours: Add ground planes and power planes.
5. DRC verification: Check design rules in real-time.
6. Silkscreen: Add text and graphics.
7. 3D preview: Visualize final board in 3D.

TIP: Use design rules to ensure manufacturability.

Component Creation

Create custom components using component editor.

1. New component: Define name and properties.
2. Draw symbol: Create schematic representation.
3. Assign pattern: Link to PCB footprint.
4. Set pins: Define electrical connections.
5. Add parameters: Include manufacturer data.
6. Save to library: Organize in custom libraries.

NOTE: Verify pin numbering matches pattern footprint.

Pattern Editor

Design and modify PCB footprints.

1. New pattern: Set pad layout and dimensions.
2. Pad placement: Arrange pads according to component datasheet.
3. Silkscreen: Add component outline and markings.
4. 3D model: Attach 3D model for visualization.
5. Courtyard: Define keep-out areas.
6. Save pattern: Add to component library.

IMPORTANT: Always verify dimensions against manufacturer specifications.

Export and Output

Generate manufacturing files and documentation.

Format	Purpose
Gerber files	PCB fabrication
NC Drill files	Drilling data
PDF	Schematic and PCB documentation
DXF	Mechanical CAD exchange
STEP	3D mechanical models
BOM	Bill of Materials for procurement
Pick and Place	Automated assembly data

Keyboard Shortcuts

Essential shortcuts for efficient design workflow.

Shortcut	Function
Ctrl + N	New project
Ctrl + O	Open project
Ctrl + S	Save project
Space	Rotate component
R	Route tool
W	Wire tool (schematic)
F3	Auto-router
F9	3D preview
Ctrl + D	Design rules check
F1	Help

Troubleshooting

Symptom	Possible Cause	Corrective Action
Slow performance	Large design files	Close unused applications; increase RAM; simplify design.
DRC errors	Design rule violations	Check clearance rules; adjust trace width; verify layer settings.
Missing components	Library not loaded	Load required libraries; check component search paths.
Export errors	File format issues	Verify export settings; check file permissions; update software.
3D view not working	Graphics driver	Update graphics drivers; check OpenGL compatibility.

Support: [email protected]; www.diptrace.com/support

Documentation: Full documentation available at www.diptrace.com/manual