EasyEDA can take a PCB project from schematic capture through layout and manufacturing-file export, but clicking “Convert to PCB” does not make the design manufacturable. The reliable workflow is to verify symbols and electrical connections, confirm every footprint against the physical component, define board rules and outline, place and route by function, clear ERC/DRC issues, and inspect the exported Gerber and drill files.
EasyEDA Standard and EasyEDA Pro use different menus and interfaces, so follow the documentation for your current edition. This guide focuses on decisions that remain valid in both. When the release package is ready, send Gerbers, NC drill/outline, BOM, placement file, drawings, quantities, and test notes through QFPCB’s contact page for DFM and quotation.
Which EasyEDA Version Should You Use?
Choose EasyEDA Standard or Pro before following menu-specific instructions. Both support schematic and PCB workflows, but project format, library management, commands, and export screens differ. Record the application edition and project revision so a teammate can reproduce the release.
Save a local project archive at important release points when your edition supports it. A Gerber package is a manufacturing output, not a full editable design backup and cannot reliably reconstruct the original schematic, rules, and library data.
How Do You Use EasyEDA for PCB Design Step by Step?
1. Create and name the project. Establish schematic and PCB documents under one controlled project. Set meaningful revision notes and units. Decide the intended layer count, board size, connectors, mounting constraints, supply, interfaces, and manufacturer limits before drawing.
2. Capture the schematic. Place verified symbols, connect nets, name important rails and signals, add decoupling and protection, and annotate components. Use net labels deliberately; two identical labels create an electrical connection even when no wire is visible.
3. Run electrical and design-manager checks. Review unconnected pins, power conflicts, duplicate references, hidden pins, and suspicious nets. Classify every warning; do not suppress it merely to obtain a clean list. EasyEDA’s official guide advises checking components, nets, and footprints before conversion.
4. Verify symbols, footprints, and 3D/mechanical data. Match pin numbers between schematic symbol, footprint pads, and the exact manufacturer datasheet. Check pitch, body size, exposed pad, polarity, connector orientation, mounting holes, and courtyard. A library search result with the right name can still be the wrong package.
5. Convert or update the PCB. Use the edition’s Convert to PCB workflow for the initial transfer. After schematic changes, use the supported Update PCB or Import Changes from Schematic command rather than redrawing nets manually. Review the change list before accepting it.
6. Draw the board outline and set rules. Create one closed outline on the correct layer, define holes and cutouts, then configure clearance, track width, via, differential-pair, and other rules from electrical needs and confirmed manufacturer capability. Default rules are not a substitute for design calculations.
7. Place components by function. Lock connectors, mounting holes, switches, displays, sensors, and keep-outs first. Keep decoupling close to device power pins, protect return paths, separate noisy and sensitive areas, and leave room for assembly, test probes, and rework.
8. Route power, critical signals, and remaining nets. Plan reference planes and return current before routing. Route high-current paths, clocks, controlled-impedance lines, and sensitive analog signals according to the design requirements. Finish ordinary nets, add copper areas, and confirm they connect to the intended net.
9. Run DRC and manual review. Clear unrouted connections and investigate every rule violation. Then inspect items DRC may not understand: connector access, polarity marks, assembly spacing, silkscreen on pads, heat paths, test access, panel constraints, and mechanical fit.
10. Generate and independently inspect manufacturing files. EasyEDA Pro documentation places Gerber generation under Export/PCB Fabrication Files and warns users to check DRC and flying wires. Open the final ZIP in a Gerber viewer and inspect copper, mask, silkscreen, paste, outline, slots, and drill alignment layer by layer.
How Do You Verify an EasyEDA Footprint?
| Check | Compare against | Failure if wrong |
|---|---|---|
| Pad numbers | Symbol pins and datasheet | Correct-looking board with incorrect nets |
| Pitch and pattern | Recommended land pattern | Part cannot be placed or soldered |
| Body/courtyard | Mechanical drawing | Component collision or blocked connector |
| Pin 1/polarity | Datasheet and assembly drawing | Reversed IC, diode or capacitor |
| Exposed/thermal pad | Datasheet recommendations | Thermal or soldering failure |
For critical or unusual parts, print the footprint at 1:1 scale or compare it with a verified mechanical model and the real component. Save custom libraries with the project release.
What PCB Rules Should Be Set Before Routing?
Set rules from voltage, current, impedance, fabrication capability, assembly process, and reliability—not from a generic tutorial. Confirm minimum copper spacing, finished hole and annular ring, solder-mask behavior, edge clearance, via construction, copper weight, layer stack, differential constraints, and any creepage/clearance requirement.
What Should You Check Before Exporting Gerbers?
- Schematic/ERC issues reviewed and accepted with reasons
- No unexpected flying wires or unrouted nets
- Exact footprints and component orientations verified
- One closed board outline; cutouts and slots correctly represented
- DRC uses manufacturer-confirmed rules
- Copper pours rebuilt and connected to intended nets
- Mask, paste, silkscreen, and polarity marks inspected
- Mounting, connector, enclosure, test and assembly access checked
- PCB revision matches schematic and BOM revision
What Files Should You Send to the PCB Manufacturer?
| File | Purpose | Release check |
|---|---|---|
| Gerber layers | Copper, mask, silkscreen and paste image data | Layer names and polarity verified |
| NC drill/rout | Plated/non-plated holes and slots | Aligned in independent viewer |
| Outline/mechanical drawing | Profile, cutouts and critical dimensions | Single source of dimensional truth |
| Fabrication drawing | Stack-up, material, finish, tolerances and notes | No ambiguous or conflicting requirements |
| BOM | Exact assembly components | MPNs, quantities and substitutions controlled |
| Pick-and-place/CPL | Assembly coordinates, rotation and side | Origin, units, rotation and polarity checked |
What Common EasyEDA Mistakes Cause PCB Re-Spins?
- Trusting an unverified community footprint.
- Updating the schematic but not importing changes into the PCB.
- Ignoring flying wires or DRC warnings during export.
- Drawing the outline on the wrong layer or leaving it open.
- Using default clearance/track rules without checking current, voltage, impedance, or factory limits.
- Sending only Gerbers for assembly without BOM, placement, polarity, and test information.
- Reviewing the editor view but not the actual exported Gerber ZIP.
How Do You Hand Off an EasyEDA Design for DFM?
Freeze one release ZIP and include a revision manifest. State board dimensions, layer count, thickness, copper, finish, material, impedance, quantity, tolerances, special holes/slots, controlled parts, assembly sides, substitutions, programming, and testing. Ask the manufacturer to return every proposed change in writing before modifying data.
Frequently Asked Questions
Can EasyEDA generate Gerber files?
Yes. EasyEDA Standard and Pro provide PCB fabrication/Gerber export. Menu names differ by edition, so follow current official documentation and inspect the generated ZIP.
Should I use EasyEDA Standard or Pro?
Choose based on project and collaboration needs, then stay consistent for the release. Do not assume instructions or project files are interchangeable between editions.
Can I convert a schematic directly to PCB?
Yes, but first verify components, nets, and footprints. Conversion transfers design data; it does not validate component selection or physical fit.
What is a flying wire in EasyEDA?
It represents an electrical connection that is not yet routed in copper. Investigate all remaining connections before manufacturing export.
Does passing DRC mean the PCB will work?
No. DRC checks configured geometric/electrical rules. It cannot prove schematic correctness, footprint accuracy, signal integrity, thermal behavior, mechanical fit, or firmware function.
Why inspect Gerbers in another viewer?
It confirms what the manufacturer will receive rather than what the editor intended. Check every layer, drill alignment, outline, slot, text, and polarity.
Can Gerbers be used to recover my EasyEDA project?
Not completely. Gerbers describe manufacturing images but omit much of the schematic, rules, library and design intent. Keep the editable project archive.
What files are needed for PCB assembly?
Along with fabrication files, provide BOM, pick-and-place/CPL, assembly drawings, polarity and do-not-fit notes, approved substitutions, programming files, and test requirements.
Send a Checked EasyEDA Release Package
Export and inspect the final manufacturing ZIP, then send it with the BOM, placement file, drawings, quantities, and test notes through QFPCB’s contact page. Request DFM feedback before production, especially for footprints, outline/slots, stack-up, clearances, assembly access, and test points.
