Medical Vital-Signs PCB Design
Budget: ₹1,500 – ₹12,500 INR
I’m developing a compact medical-grade board that will sit at the heart of a new vital-signs monitor. The PCB must reliably acquire and process heart rate, blood pressure, and respiratory rate signals, then pass the data to a microcontroller for further analysis and display.
Here’s what I need from you:
• Complete schematic capture based on my sensor and MCU selections
• Four-layer board layout optimized for low-noise biomedical signals (Altium or KiCad preferred)
• Manufacture-ready Gerber files, pick-and-place data, and a clearly structured BOM with medical-grade component choices
• Design reviews at schematic and pre-release layout stages so we can make sure the board meets IEC 60601-1/-2 spacing, leakage, and isolation requirements
• Brief design report outlining signal paths, grounding strategy, and any filtering or isolation techniques you used
Acceptance criteria:
1. All three vital-sign channels are routed with separate analogue grounds and meet less than 5 µV/√Hz noise at the ADC pins.
2. Board size stays within 60 mm × 80 mm while leaving room for a future Bluetooth module.
3. Files import cleanly into JLCPCB and PCBWay viewers with no DRC errors.
If you have prior experience with medical electronics and can demonstrate low-noise analogue design skills, I’d love to work together on this project and iterate toward a production-ready board.
Here’s what I need from you:
• Complete schematic capture based on my sensor and MCU selections
• Four-layer board layout optimized for low-noise biomedical signals (Altium or KiCad preferred)
• Manufacture-ready Gerber files, pick-and-place data, and a clearly structured BOM with medical-grade component choices
• Design reviews at schematic and pre-release layout stages so we can make sure the board meets IEC 60601-1/-2 spacing, leakage, and isolation requirements
• Brief design report outlining signal paths, grounding strategy, and any filtering or isolation techniques you used
Acceptance criteria:
1. All three vital-sign channels are routed with separate analogue grounds and meet less than 5 µV/√Hz noise at the ADC pins.
2. Board size stays within 60 mm × 80 mm while leaving room for a future Bluetooth module.
3. Files import cleanly into JLCPCB and PCBWay viewers with no DRC errors.
If you have prior experience with medical electronics and can demonstrate low-noise analogue design skills, I’d love to work together on this project and iterate toward a production-ready board.