PCB Design for Electronic Lock
I want to Build a pcb for an electronic furniture lock using a n20 motor driven by a drv8833. The microprocessor Sound be an esp32s2. The lock should be powered with a usb-c connector. Another usb-c connector should be used for programming.
339 days
0:35
To nail down the overall architecture, could you clarify a few key points?
- Can you specify the exact variant or electrical specs of the N20 Motor you plan to use (rated voltage, no-load/stall current, torque)?
- You’d like two separate USB-C Connectors—one for powering the lock and one for programming the ESP32-S2. Should they be fully isolated, and for the power port do you need only default 5 V or full USB Power-Delivery negotiation?
- For the ESP32-S2, would you rather drop in a pre-certified module (e.g. WROOM/WROVER) or place the bare QFN chip with external crystal, flash, and USB interface on your PCB?
- With the DRV8833 H-bridge, do you need any feedback (limit switches or Hall sensors) to detect lock position, or is open-loop drive acceptable?
- What are the mechanical and environmental constraints (board size, mounting-hole pattern, operating temperature/humidity, ingress-protection requirements) for your furniture lock?
Motor specs
USB-C power port
Choose ESP32 module
Drive feedback
Mechanical constraints
339 days
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