Analog Devices GY-61/ADXL335 Accelerometer: Difference between revisions
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Created page with "Image:TArduinoGY61ADXL335.png == Summary == Three-axis analog accelerometer module for measuring acceleration along X, Y, and Z axes. == Description == The GY-61/ADXL335 provides analog voltage outputs proportional to acceleration in each axis. It supports three analog inputs (X, Y, Z) and outputs analog signals representing acceleration, which can be interpreted in Gs (gravitational units). This is useful for motion sensing, tilt detection, and orientation mea..." |
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Latest revision as of 04:31, 8 September 2025
Summary
Three-axis analog accelerometer module for measuring acceleration along X, Y, and Z axes.
Description
The GY-61/ADXL335 provides analog voltage outputs proportional to acceleration in each axis. It supports three analog inputs (X, Y, Z) and outputs analog signals representing acceleration, which can be interpreted in Gs (gravitational units). This is useful for motion sensing, tilt detection, and orientation measurement in embedded projects.
Diagram:
Properties
- Enabled – Enables or disables the accelerometer component.
Pins
Input Pins
- X (analog) – Analog input for X-axis acceleration.
- Y (analog) – Analog input for Y-axis acceleration.
- Z (analog) – Analog input for Z-axis acceleration.
Output Pins
- Acceleration X (analog) – Analog voltage representing X-axis acceleration (G units).
- Acceleration Y (analog) – Analog voltage representing Y-axis acceleration (G units).
- Acceleration Z (analog) – Analog voltage representing Z-axis acceleration (G units).
Categories
- File:TArduinoAnalogCategory.png Category Analog – Analog signal processing components.
- File:TArduinoSensorCategory.png Category Sensor – Motion and acceleration sensors.
