Piezoelectric d33 & Resonance Measurement Systems
Piezoelectric measurement systems characterize direct and converse electromechanical coupling, quantifying charge coefficients (d33, d31, d15), mechanical quality factors (Qm), and acoustic resonance spectra in functional materials. In-situ evaluation across thermal cycles reveals structural phase transitions, depoling thresholds, and Curie temperatures critical for sensors, actuators, and sonar transducers.
The MatMeas piezoelectric instrumentation matrix combines quasi-static Berlincourt-method testing and dynamic resonance analysis. The product architecture spans ultra-precise room-temperature laboratory electrometers (PEAI-1000 and PCA-1000 with 0.01 pC/N resolution) through to turnkey in-situ high-temperature testing platforms (PEMS-1000 and PMS-1000), enabling continuous real-time tracking of piezoelectric coefficients and impedance resonance curves up to 800°C and 1000°C in accordance with IEEE 176 and GB/T 3389 standards.
MatMeas High Precision Piezoelectric Ceramic Parameter Analyzer PCA1000
The MatMeas PCA1000 is a domestic-first, cutting-edge Piezoelectric Ceramic Integrated Analyzer engineered to comprehensively evaluate the performance of piezoelectric materials using the advanced AC resonance method. Operating across a wide frequency range from 20Hz to 10MHz with a high measurement accuracy of ±0.05%, it eliminates complex manual calculations by instantly extracting critical data, including electromechanical coupling coefficients (Kp, Kt), mechanical quality factors (Qm), piezoelectric constants (d33, d31, d15), and equivalent circuit models. With intelligent frequency sweeping and visualized data interfaces, the PCA1000 is the ultimate one-stop solution for both rigorous academic research and high-throughput quality screening in industrial mass production.
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MatMeas PEAI1000 High-Precision Piezoelectric Analyzer
The MatMeas PEAI1000 is a next-generation High-Precision Piezoelectric Analyzer engineered to evaluate the piezoelectric coefficient (d33) of advanced functional materials. Surpassing the limitations of traditional d33 measuring instruments, it employs an advanced dynamic measurement method integrated with cutting-edge lock-in amplification technology. This architecture strictly suppresses environmental noise, significantly improving the signal-to-noise ratio. Capable of applying variable static clamping forces (1~10N) and precise dynamic test forces (0.1~0.5N), it guarantees an ultra-wide measurement range (0 to 2000 pC/N) with an exceptional accuracy of ±2%. It is an essential, highly reliable tool for the research, application, and mass production of piezoelectric blocks, plates, and delicate thin films.
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MatMeas High Precision In‑situ d33 Piezoelectric Measurement System – PEMS Analyzer
MatMeas PEMS is a high‑precision in‑situ d33 piezoelectric measurement system for advanced material characterization.
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MatMeas PMS-1000 Piezoelectric Temperature Spectrum Measurement System
High-precision piezoelectric temperature spectrum measurement system for analyzing piezoelectric properties under varying temperatures.
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