Business Card PCB Design
Thought for 7 sec
Great — I’ll move into layout now: size the board to business-card dimensions, place the NFC circuit and visual elements, then run layout review before routing/finishing details.
Worked for 3 mins 38 sec
Board is now business-card sized, and the NFC electronics are placed in the lower-right utility area with the main card face left clear for the antenna loop, QR code, logo, name, and email.
Worked for 4 mins 25 sec
Layout is set up: business-card board size, rounded corners, NFC electronics placed, QR/logo/name/email silkscreen added, and component sourcing metadata cleaned up.
The only remaining review items are expected unrouted connections; routing is the next phase and should be confirmed before I run it. Ready for me to route the board?
Route the board
Route but preserve art
Check antenna first
Use thin traces
Skip header routing
Yes, route the board.
Thought for 4 sec
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Project Specification
Overview
Business-card-size PCB for Brooks Solveig. The board will provide printed/silkscreen contact information, a Flux logo, a QR code, and a passive NFC tag that opens the same LinkedIn profile.
User Content
- Name: Brooks Solveig
- Email: brooks@flux.ai
- LinkedIn URL: https://www.linkedin.com/in/brookssolveig/
Physical Requirements
- Board format: standard business card size, 85.6 mm x 54.0 mm, rounded corners.
- PCB stackup: Standard 2 Layer unless layout review shows NFC antenna constraints require adjustment.
- Visuals: high-contrast silkscreen for name/email, Flux logo, and QR code.
Electrical Requirements
- Passive NFC tag, no battery or external power source.
- NFC antenna implemented as a PCB loop antenna with matching/tuning capacitors per selected tag IC datasheet.
- NFC stored record should point to the LinkedIn URL above.
Design Notes
- NFC tag memory programming is a manufacturing/bring-up step unless a preprogrammed NFC IC or tag inlay is specified.
- The schematic represents the PCB antenna as an antenna/inductor element and matching capacitors; final tuning should be validated on the fabricated PCB because antenna inductance depends on copper geometry, nearby planes, and solder mask.
Overview
User Content
Physical Requirements
Electrical Requirements
Design Notes
