Schematic + PCB ESP32version Industrial
Budget: €30 – €250 EUR
I need a complete hardware design based on an ESP32 with CAN-bus communication and ADXL355 plus a gyroscope sensor. I want to receive both the electrical schematic and a finished PCB layout matching my concept and the dimensions according to a drawing I will send.
What must be included in the design:
• A power supply module operating in the range of 9–24 V DC, protected against overvoltage and reverse polarity.
• A communication interface and a programming connector for the ESP32
• Integration of MEMS sensors (accelerometer / gyroscope – the exact model will be agreed after the work starts).
• A CAN-BUS interface with a transceiver suitable for industrial environments at 3.3 V.
Expected final deliverables:
1. Schematic in KiCad, Altium, or Eagle format (to be agreed).
2. PCB layout with EMC rules applied and a silkscreen/annotation layer.
3. BOM with component availability information (preferred sources: Digi-Key, Mouser, or Farnell).
4. Gerbers, drill files, and board outline drawing for manufacturing.
5. A short README describing bring-up/initial setup and assembly guidelines.
I care about a fast timeline, so please let me know how much time you need for the first schematic version and when we can move on to finalizing the PCB. If you have experience with ESP32 designs in industrial environments, please let me know — I’d be happy to see previous projects.
What must be included in the design:
• A power supply module operating in the range of 9–24 V DC, protected against overvoltage and reverse polarity.
• A communication interface and a programming connector for the ESP32
• Integration of MEMS sensors (accelerometer / gyroscope – the exact model will be agreed after the work starts).
• A CAN-BUS interface with a transceiver suitable for industrial environments at 3.3 V.
Expected final deliverables:
1. Schematic in KiCad, Altium, or Eagle format (to be agreed).
2. PCB layout with EMC rules applied and a silkscreen/annotation layer.
3. BOM with component availability information (preferred sources: Digi-Key, Mouser, or Farnell).
4. Gerbers, drill files, and board outline drawing for manufacturing.
5. A short README describing bring-up/initial setup and assembly guidelines.
I care about a fast timeline, so please let me know how much time you need for the first schematic version and when we can move on to finalizing the PCB. If you have experience with ESP32 designs in industrial environments, please let me know — I’d be happy to see previous projects.