Piezoelectric Design Performance Calculator

Piezo Design Calculator

Capacitance
-- nF
Blocking Force
-- N
Resonans fs(T)
-- kHz
Resonans fs(R)
-- kHz


Quickly estimate the theoretical performance of your piezo ceramic components. This tool is designed for sonar and ultrasonic engineering, providing an immediate "sanity check" for your design envelope before moving to the prototype stage. 

Get the Full Design Report

The on-screen results are just the baseline. Request the full technical report to receive:

  • Mechanical Stiffness (k33): Essential for modeling.
  • Max Displacement: At your specific driving voltage.
  • Material Comparison: Including Lead-Free & PT options.

Perfect for deep integration and mechanical housing design.

Initial Assessment Parameters

The on-screen calculator provides real-time data for:

  • Resonance Frequencies (f_s): Thickness and Radial modes.

  • Static Capacitance: For electrical matching and driver requirements.

  • Theoretical Blocking Force: Maximum force at zero displacement.

Get the Full Technical Design Report

Submit your email to receive a comprehensive Technical Design Report. The report includes advanced parameters not shown on the screen, essential for deep integration and mechanical housing design:

  • Mechanical Stiffness (k33): Critical for actuator and sensor-stack modeling.

  • Maximum Displacement (\Delta L): Theoretical expansion at your specific driving voltage.

  • Material Comparison: Assessment of your chosen material (including Lead-Free and PT options) against industry standards.

Limitations & Engineering Guidance

This tool provides theoretical values based on ideal geometry and material constants from our 2025 data sheets. Real-world performance will vary based on mounting, electrodes, and acoustic environment. Note: This calculator currently supports Disc shapes. For Rings, Tubes, or custom simulations, please contact us directly.