I will design electrochemical gas sensor pcb, sensor interface and embedded firmware
About this Gig
Hello and Welcome!
A reliable electrochemical gas measurement system starts at the sensor interfacenot at the microcontroller. Electrochemical cells generate low-level currents that are highly sensitive to noise, leakage, bias conditions, temperature, and analog front-end design. I design the complete measurement chain to preserve that signal from the sensor electrodes through the analog circuitry and into the digital processing layer.
I will design electrochemical gas sensor PCBs, precision interfaces, and firmware tailored to your requirements.
What I Will Provide:
- Custom electrochemical gas sensor PCB design
- Complete schematic and circuit architecture
- Precision analog front-end (AFE) design
- Transimpedance amplifier (TIA) circuitry
- Sensor bias and reference circuitry
- Signal conditioning and analog filtering
- High-resolution ADC integration
- Embedded firmware for sensor acquisition
Why Choose Me:
- Precision analog design
- Low-noise PCB expertise
- Embedded firmware skills
- Custom engineering approach
- Design for manufacturability
- Thorough technical documentation
Have an electrochemical gas sensor project ready? message now and ley's get started!!!
FAQ
What type of gas sensors do you work with?
I work with electrochemical gas sensors for applications such as CO, NO₂, SO₂, H₂S, O₂, and other target gases.
Can you design both the analog and digital sections?
Yes. I can design the complete signal chain, including the sensor interface, TIA, filtering, ADC, MCU, power circuitry, and digital interfaces.
Do you provide embedded firmware?
Yes. Firmware can include sensor data acquisition, digital filtering, calibration logic, diagnostics, communication, and measurement processing.
Can you design the PCB layout?
Yes. I can provide a complete PCB layout based on the project requirements, including component placement, routing, grounding, and manufacturing considerations.
Can you integrate an ADC and microcontroller?
Yes. I can select and integrate a suitable precision ADC and MCU based on resolution, sampling rate, power consumption, processing, and communication requirements.

