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flux

Work done
  • Preserved the board at 18 mm × 22 mm, 1 mm corner radius, 0.3 mm inset/keepout, and Standard 4 Layer stackup.
  • Re-arranged all 25 components using both top and bottom layers, with connectors kept accessible near the board edges and passives moved near their related IC/power blocks where possible.
  • Re-checked the board after placement: footprints are present and copper-overlap checks are clean.
Success criteria review
  • ✅ Board dimensions preserved: 18 mm × 22 mm.
  • ✅ Corner radius and keepout preserved: 1 mm radius, 0.3 mm inset/keepout.
  • ✅ Standard 4 Layer stackup maintained.
  • ✅ Components distributed across top and bottom layers.
  • ⚠️ Placement is improved, but the board remains extremely dense, so a few clearance/edge-access constraints could not be fully satisfied within the fixed outline.
  • ❌ Remaining unrouted connections still need routing before final manufacturing checks can be clean.
Next steps
Run routing/autorouting next, then re-check the board. If the remaining tight-clearance issues must be fully eliminated without reducing component sizes, the practical options are increasing the board size or changing footprints/components. One configured external integration is disconnected, but it did not affect this PCB layout work.
val1sor

val1sor

route the connections

flux

I've made a plan, and started work on it.

Started implementing a plan

#Goal

- Route all remaining PCB connections for the Xenacious Turquoise Dejarik project while preserving the current 18 mm x 22 mm board size and Standard 4 Layer stackup. Ensure the existing top/bottom component placement is maintained, airwires are resolved, and all routing/DRC issues are verified.

#Implementation plan

1. Validate Board and Assembly

1. Confirm board outline is maintained at 18 mm x 22 mm.

2. Verify Standard 4 Layer stackup configuration.

3. Review top/bottom component placement to ensure correct positioning.

2. Route Power and Critical Signal Nets

1. Prioritize routing of power and ground nets using auto-route tools.

2. Apply manual adjustments if necessary to preserve design rules.

3. Complete Routing of Remaining Signals

1. Route all remaining unrouted nets using auto-routing.

2. Focus on resolving any persistent airwires while observing the 4-layer routing strategies.

4. Post-Routing Verification

1. Re-run DRC checks.

2. Verify that all airwires are resolved and no design rule violations exist.

3. Make targeted routing adjustments if necessary to meet all layout constraints.

#Success criteria

- Board outline remains at 18 mm x 22 mm and adheres to a Standard 4 Layer stackup.

- All components remain in the current top/bottom placements.

- No remaining unrouted airwires and all connections are properly routed.

- DRC passes with no violations after final checks.

Execution stopped due to insufficient credits.

0:19

flux

I’m unable to continue routing because execution credits are exhausted. Up to this point, the project had been resized to 18 mm × 22 mm, kept as a Standard 4 Layer PCB, and components were arranged across top and bottom layers; what remains is to run autorouting, verify that all airwires are cleared, and re-check DRC for any routing/clearance violations.
  • Generic Inductor
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Xenacious Turquoise Dejarik

Xenacious Turquoise Dejarik thumbnail
Welcome to your new project. Imagine what you can build here.

Properties

Properties describe core aspects of the project.

Pricing & Availability

Distributor

Qty 1

Arrow

$5.04–$5.83

Digi-Key

$5.52–$9.21

HQonline

$16.31

LCSC

$17.76–$17.88

Mouser

$14.73

TME

$2.33

Verical

$4.50–$11.83

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