Acoustica electronica7/3/2023 ![]() Use the solenoid to hit things, together with the DC Interface the solenoid can make anything rhythmical and percussive. This guy is good at picking up changes in magnetic fields, you can use it to amplify a string like a guitar pickup or amplify a spinning motor. Use these contact microphones to pick up vibration or sound, they are an amazing versatile input source. The maximum output-voltage is about 8V. It provides enough current to power an Arduino! Hear the Field Kit in action! It can amplify or attenuate the incoming signal and add a DC-offset, so you can for instance set the motor to a constant speed and make it run faster by outputting a higher voltage from the sensor. The Sensor Interface is made to manipulate the output voltage of analog sensors, like light-, heat- or distance-sensors and convert their signals into control voltage. It has two outputs that can be used at the same time, so you could drive a motor and scan the CV Radio with the same switch! The output-voltage spans a range from 0V to about 8V. It can output gates, inverted gates, ramp or sawtooth triggers of adjustable length (1ms to 1s). into four different types of gate signals. The Switch Interface transforms signals from different switches like buttons, ball- or tilt-switches etc. The Signal Interface consists of two parts, the Switch and the Sensor Interface. This means you can trigger or control sound by light, heat, humidity, distance, speed, acceleration, proximity, pressure, force, level, all depending on what type of switch or sensor you are using! Ideal for sound installations! ![]() The Signal Interface is a nifty toolset to transform the raw signals of a wide variety of sensors and switches into signals that can be used with the Field Kit or other gear.
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