Nap04011 said:I am curious too if anyone has anything
The output voltage of a vibrational piezoelectric beam is calculated by multiplying the piezoelectric coefficient of the material by the applied force and the distance the beam deflects.
The output voltage of a vibrational piezoelectric beam can be affected by the material properties, such as the piezoelectric coefficient and Young's modulus, as well as the frequency and amplitude of the applied force.
Yes, the formula for calculating the output voltage of a vibrational piezoelectric beam is V = d*F*L, where V is the output voltage, d is the piezoelectric coefficient, F is the applied force, and L is the distance the beam deflects.
Yes, the output voltage of a vibrational piezoelectric beam can be increased by using a material with a higher piezoelectric coefficient, increasing the amplitude of the applied force, or increasing the distance the beam deflects.
The purpose of calculating the output voltage of a vibrational piezoelectric beam is to determine the amount of electrical energy that can be generated from mechanical vibrations. This can be used in applications such as energy harvesting or sensing.