PCB Design for NRF Box
Thought for 59 sec
I’ll create a single‑sided, laser‑etch‑friendly PCB with an ESP32 DevKit (30‑pin), NRF24L01 module(s), a 0.96" OLED, and five push buttons, and then generate ready‑to‑fab Gerbers. Steps:
- Add ESP32 DevKit 30-pin, NRF24L01 module, 0.96 inch OLED, and five Tactile Push Button.
- Wire SPI for NRF(s), I2C/SPI for OLED, and GPIOs for buttons with pull‑ups.
- Set single‑layer rules with wide trace/space, add ground pour and jumpers.
- Place, route, label, and export Gerbers.
Click Start on the plan bar when ready, or tell me any changes you want.
Use ciphers git hub for exact wiring and components
Thought for 1 min 22 sec
I will build a single-sided, laser-etch-friendly PCB that exactly follows Cipher’s GitHub wiring and components. Steps:
- Pull BOM, pin map, and footprints from the GitHub reference.
- Add ESP32 DevKit 30‑pin, 3x NRF24L01 module, 0.96" OLED, and 5x Tactile Push Button; wire exactly per repo.
- Configure single-sided rules, add ground pour and 0 Ω jumpers; place and route.
- Run DRC and export ready-to-etch Gerbers (etch-around-traces).
Click Start on the plan bar to run it. If you want changes, let me know.
Quick confirms:
- Share the exact GitHub URL/branch or commit to follow.
- Confirm it’s 3x NRF24L01 modules on 2×4 2.54 mm headers and the OLED interface (I2C or SPI) per that repo.
- What trace/space can your laser do (e.g., 12/12 mil) and any board size/outline constraints?
Share GitHub link
Check existing schematic
Find exact parts
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