Vibrational characterization of the Dayton Audio BCE-1 bone-conducting exciter

This dataset contains the vibrational characterization measurements of the Dayton Audio BCE-1, a bone-conduction (BC) transducer. The data was collected using a PCB triaxial accelerometer 356A17 connected to a Dewesoft Sirius Mini DAQ. A custom-built, high-precision robotic device (Bogus Finger) was used to apply different forces on top of the transducer in order to simulate various coupling conditions. The whole setup was placed on a vibration-isolated optical table. The dataset includes raw audio files (one per axis, mono, 44.1 kHz, 24 bit) detailing the transducer's response to a sinusoidal sweep from 40 to 1000 Hz for varying applied forces.This information is valuable for researchers and developers in the fields of musical haptics, virtual reality, auditory displays, and human-computer interaction.