I will design esp32 c3 pcb for usb for usb c powewred smart sensor devices
IOT Design and Embedded System
About this Gig
I will design a custom ESP32-C3 PCB for IoT sensors, smart monitoring devices, wireless data collection, and compact embedded applications. The board can be tailored to your sensor requirements, power input, communication needs, and enclosure dimensions.
What I can design:
- Custom ESP32 C3 sensor controller PCBs
- USB C powered embedded hardware
- Temperature and humidity sensor boards
- Water leak and environmental monitoring devices
- Wi Fi and Bluetooth Low Energy (BLE) sensor hardware
- Voltage and current monitoring circuits
- Digital and analog sensor interfaces
- USB C power input and 5V-to-3.3V regulation
- Battery measurement and charging circuits when required
- Programming, debugging, and test connectors
- Compact PCB layouts for custom enclosures
- Custom electronic schematic
- PCB layout based on your requirements
- Component selection and BOM
- Gerber files for PCB manufacturing
- Pick and place files where applicable
Why choose my service?
- Design tailored to your specific project
- Organized schematics and PCB layouts
- Careful component and connector selection
- Clear communication throughout the project
- Manufacturing files prepared according to your requirements
Please contact me before ordering.
FAQ
What types of sensors can you integrate?
I can design interfaces for temperature, humidity, water detection, light, pressure, voltage, and other compatible sensors, depending on your requirements.
Can you design a USB-C powered PCB?
Yes. I can include USB-C power input, appropriate voltage regulation, and protection circuitry based on the required power specifications.
Does the ESP32-C3 support Wi-Fi and Bluetooth?
Yes. The ESP32-C3 supports 2.4 GHz Wi-Fi and Bluetooth Low Energy. The PCB design must account for antenna placement and RF layout requirements.
Will you provide manufacturing files?
Yes. The selected package can include Gerber files, a bill of materials, and other relevant manufacturing outputs.
Can you design a compact PCB for a small enclosure?
Yes. Provide your maximum board dimensions, mounting-hole locations, and enclosure details before the design begins.

