Smart Orthotic Insole Electronic Schematic Design
Budget: ₹1,500 – ₹12,500 INR
Design a complete electronic schematic for our smart orthotic insole device based on the given system requirements.
The circuit will include multiple FSR sensors (Force Sensitive Resistors) for plantar pressure sensing and an IMU sensor for gait/motion tracking.
Select and integrate suitable supporting components such as microcontroller, BLE communication module, power management circuit, battery charging unit, connectors, and signal conditioning circuits.
Ensure proper sensor interfacing, analog signal acquisition, filtering, and calibration provisions in the schematic design.
After schematic approval, develop a compact, optimized PCB layout suitable for wearable insole integration with size and flexibility constraints in mind.
PCB must be designed for low power consumption, stable sensor data acquisition, and reliable wireless communication.
Deliverables should include:
Complete schematic design files
PCB layout files (Gerber + source files)
Bill of Materials (BOM)
Assembly guidelines and fabrication notes
Experience in wearable electronics, sensor integration, and compact PCB design is preferred.
The circuit will include multiple FSR sensors (Force Sensitive Resistors) for plantar pressure sensing and an IMU sensor for gait/motion tracking.
Select and integrate suitable supporting components such as microcontroller, BLE communication module, power management circuit, battery charging unit, connectors, and signal conditioning circuits.
Ensure proper sensor interfacing, analog signal acquisition, filtering, and calibration provisions in the schematic design.
After schematic approval, develop a compact, optimized PCB layout suitable for wearable insole integration with size and flexibility constraints in mind.
PCB must be designed for low power consumption, stable sensor data acquisition, and reliable wireless communication.
Deliverables should include:
Complete schematic design files
PCB layout files (Gerber + source files)
Bill of Materials (BOM)
Assembly guidelines and fabrication notes
Experience in wearable electronics, sensor integration, and compact PCB design is preferred.