Hi Ryan, The application note of the LDC1000 sensor confirms that temperature changes affect the resonance impedance and the inductance and therefore the oscillation frequency. According to this we have two problems with the temperature variation: - interruptions due to changes in state and therefore consumption. - it is more than likely that if the frequency changes can be counted wrongly. It is right? The solution (if it exists) would happen to readjust the oscillation frequency? In the application note "SLAA609A" in section "3 ESIOSC Measurement and Adjustment Software Functions" I have seen that it talks about to readjust ESIOSC in execution with the routine EsioscReCal () The solution could be to use the EsioscReCal () routine? If so, when should it be applied? It should be noted that the counter needle can be in any position or rotating and it does not have to interfere with counting Let's hope that Ivan's tests give us a solution, without having to add a sensor ( LDC1000 ) to our design. Regards, Jose Miguel
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