Analog Differentiator(Delta Change): Difference between revisions
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Created page with "Image:TArduinoAnalogDifferentiator.png == Summary == Analog differentiator module that outputs the rate of change (delta) of an input signal. == Description == The Analog Differentiator (Delta Change) module calculates the difference between successive analog input values. Triggered by the clock pin, it provides the delta change as an analog output. This is useful for detecting trends, slopes, or rapid changes in sensor signals. <b>Diagram:</b> Image:TA..." |
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Latest revision as of 04:28, 7 September 2025
File:TArduinoAnalogDifferentiator.png
Summary
Analog differentiator module that outputs the rate of change (delta) of an input signal.
Description
The Analog Differentiator (Delta Change) module calculates the difference between successive analog input values. Triggered by the clock pin, it provides the delta change as an analog output. This is useful for detecting trends, slopes, or rapid changes in sensor signals.
Diagram:
Properties
- Enabled – Enables or disables the differentiator module.
Pins
Input Pins
- Clock – Clock input to trigger differentiation.
- In (analog) – Analog input signal.
Output Pins
- Out (analog) – Analog output representing the delta (rate of change).
Categories
- File:TArduinoMathCategory.png Category Math – Mathematical processing blocks.
- File:TArduinoAnalogCategory.png Category Analog – Analog signal processing.
