Medium-sized PCB Design for Strain Gauge Application
Budget: €750 – €1,500 EUR
I'm looking for an experienced PCB designer to create a medium-sized board for an industrial measurement application using strain gauges (connects to a wheatstone bridge).
Key Requirements:
- Utilize the INA128 chip for amplification and ADS122C04 for ADC
- Ensure the design is suitable for operation on 3.3V, including the implementation of a boost converter to power the bridge and INA128 at 15V
- Also take care to add componts to minize noise.
It shall be possible to set the bridge amplification to ca 125 or ca 256 (preferably with a switch).
- preferably using KICAD.
- The PCB does not need to be waterproof
- I need the PCB loyout/gerber files and support with ordering.
- This is a part prototype for a bigger project. I just need one board.
Ideal Skills:
- Proficiency in PCB design and layout software
- Previous experience with strain gauge applications
- Strong understanding of analog front-end design, including amplifiers and ADCs
- Familiarity with boosting circuits for voltage conversion
- Experience with industrial-grade applications is a plus
Please provide examples of similar projects you've worked on in the past, and outline your process for ensuring the reliability and performance of the final design.
Key Requirements:
- Utilize the INA128 chip for amplification and ADS122C04 for ADC
- Ensure the design is suitable for operation on 3.3V, including the implementation of a boost converter to power the bridge and INA128 at 15V
- Also take care to add componts to minize noise.
It shall be possible to set the bridge amplification to ca 125 or ca 256 (preferably with a switch).
- preferably using KICAD.
- The PCB does not need to be waterproof
- I need the PCB loyout/gerber files and support with ordering.
- This is a part prototype for a bigger project. I just need one board.
Ideal Skills:
- Proficiency in PCB design and layout software
- Previous experience with strain gauge applications
- Strong understanding of analog front-end design, including amplifiers and ADCs
- Familiarity with boosting circuits for voltage conversion
- Experience with industrial-grade applications is a plus
Please provide examples of similar projects you've worked on in the past, and outline your process for ensuring the reliability and performance of the final design.