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--\nOur eBay Store\n\nDFRobot DFR0034 Gravity: Analog Sound Sensor For Arduino\n\nProduct Details\n\nThis DFRobot Analogue Sound Sensor is compatible with Arduino. A Sound Sensor is typically used to detect the loudness of a sound in its surrounding area.\nThe Arduino can be programmed to collect the sensor's output signal and react accordingly. If you add a buzzer, etc., you could use the sound sensor make an interactive project such as a 'clap and buzz' to find lost keys or the TV remote control. The sensor works best with DFRobot's Audio Analyzer module.\nDFRobot's IO expansion shield is the best match for connecting the sensor to your Arduino. As the sound sensor can work at 3.3V it is also compatible with Raspberry Pi, Intel Edison, Joule and Curie. \n\n--Features:\n--Wide voltage range from 3.3 to 5V\n--Standard assembling structure (two 3mm holes with multiple of 5cm as interval)\n--Easily recognised interfaces of sensors ('A for analogue and 'D' for digital)\n--Icons to simpl;
--\nOur eBay Store\n\nDFRobot DFR0034 Gravity: Analog Sound Sensor For Arduino\n\nProduct Details\n\nThis DFRobot Analogue Sound Sensor is compatible with Arduino. A Sound Sensor is typically used to detect the loudness of a sound in its surrounding area.\nThe Arduino can be programmed to collect the sensor's output signal and react accordingly. If you add a buzzer, etc., you could use the sound sensor make an interactive project such as a 'clap and buzz' to find lost keys or the TV remote control. The sensor works best with DFRobot's Audio Analyzer module.\nDFRobot's IO expansion shield is the best match for connecting the sensor to your Arduino. As the sound sensor can work at 3.3V it is also compatible with Raspberry Pi, Intel Edison, Joule and Curie. \n\n--Features:\n--Wide voltage range from 3.3 to 5V\n--Standard assembling structure (two 3mm holes with multiple of 5cm as interval)\n--Easily recognised interfaces of sensors ('A for analogue and 'D' for digital)\n--Icons to simpl;
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