Files
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Proximity-Sensor / hardware / ProximityMother_V1 / ATMEGA328P.sch
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Proximity-Sensor / hardware / ProximityMother_V1 / Power.sch
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Proximity-Sensor / hardware / ProximityMother_V1 / ProximityMother_V1.kicad_pcb
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Proximity-Sensor / hardware / ProximityMother_V1 / ProximityMother_V1.sch
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Proximity-Sensor / hardware / ProximityTankOne_Square7Turns / ProximityTankOne_Square7Turns.kicad_pcb
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Proximity-Sensor / hardware / ProximityTankOne_Square7Turns / ProximityTankOne_Square7Turns.sch
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Proximity-Sensor / hardware / ProximityTankTwo_V1 / ProximityTankTwo_V1.kicad_pcb
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Proximity-Sensor / hardware / ProximityTankTwo_V1 / ProximityTankTwo_V1.sch
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Proximity-Sensor / hardware / ProximityTankTwo_V1 / temp1.kicad_pcb
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README.md |
README.mdcristinel.ababei, 2021
Project: Proximity Sensor Design
--Description: This is a plug-and-play printed circuit board (PCB) proximity sensor design. It detects metal targets approaching perpendicularly as well as their moving direction. It uses an inductance to digital converter circuit. Machine learning models are used to differentiate between different types of metals (in V2 only). All HW and SW source files are included. HW includes PCB layout files in KiCad and SW includes firmware for the microcontroller (Atmega328p).
--Short video domonstration: https://youtu.be/9pmw1QUPN_U
--More details in conference paper: [1] Cristinel Ababei and James E. Richie, Sensor Design for Inductive Proximity and Moving Direction Sensing of Metal Targets, IEEE Int. Conf. on Modern Circuits and Systems Technologies (MOCAST), Thessaloniki, Greece, July 2021.