1 piece GY61 ADXL335 3Axis Analog Output Accelerometer Module provides three independent analog voltage outputs for acceleration on the X, Y and Z axes. The module is built around the Analog Devices ADXL335 sensor and exposes XOUT, YOUT and ZOUT signals along with VCC and GND for straightforward analog interfacing. This compact breakout is suitable for prototyping and integration with microcontrollers and data acquisition systems that accept analog inputs. Key benefits Direct analog 3axis output: XOUT, YOUT and ZOUT provide three continuous analog signals proportional to acceleration on each axis. Simple interfacing: No digital bus required. Read the signals with standard ADC inputs on microcontrollers or data acquisition systems. Compact and easy to integrate: Small GY61 breakout format that fits on breadboards and compact PCBs with simple wiring. Reliable sensor core: Based on the ADXL335 accelerometer, offering three axis acceleration sensing in a single compact package. Key attributes Functionality: 3axis accelerometer with analog voltage outputs for X, Y and Z axes. Compatibility: Designed to connect to devices with analog inputs or ADC channels (requires appropriate interfacing for the chosen controller). Size and form: Compact breakout module suitable for hobbyist and project builds; standard GY61 style wiring and spacing. Material and construction: PCBbased breakout featuring the ADXL335 sensor and related components on a conventional FR4 style board. Performance characteristics: Realtime threeaxis acceleration signals suitable for motion sensing, tilt measurement, vibration monitoring, and related experiments; performance depends on the connected ADC resolution and filtering. What you get 1 x GY61 ADXL335 3Axis Analog Output Accelerometer Module (XOUT, YOUT, ZOUT, VCC, GND as accessible pins) Interface and usage notes Connect VCC to a suitable supply within the module's operating range and GND to ground. Read XOUT, YOUT and ZOUT with separate ADC channels on your microcontroller or data acquisition system. Calibrate as needed for your application to interpret acceleration values from the analog outputs. Use cases Robotics and motion control: Integrate with an MCU to sense orientation and movement, informing control loops for balance, navigation, or payload stabilization. Tilt and orientation sensing: Use in handheld devices or stationary fixtures to detect tilt along any axis for UI feedback or safety systems. Vibration monitoring and data logging: Monitor machine or structure vibrations in three axes and log data for analysis and maintenance planning. Notes This description reflects a 1 piece GY61 ADXL335 3Axis Analog Output Accelerometer Module and its role as a threeaxis analog output sensor based on the ADXL335; interfacing requires appropriate analog inputs and (where applicable) filtering or calibration for your application.