Overview
The PCA1000 Piezoelectric Ceramic Parameter Analyzer from MatMeas is designed to evaluate the comprehensive performance parameters of piezoelectric ceramics using resonance analysis technology. The system enables fast and intuitive measurement of dielectric constants, mechanical quality factors, electromechanical coupling coefficients and frequency characteristics. It is widely used in research laboratories and industrial production lines to analyze piezoelectric materials, improve product quality and accelerate material development.
Specifications
| Parameter | Value |
| Dielectric Parameters | Z, θ, C, D, ε’, ε”, tgδ, Z’, Z”, Cole‑Cole |
| Piezoelectric Parameters | kp, kt, k31, k33, Qm, d33, d31, d15, g33, g31, g15 |
| Characteristic Frequencies | fr, fa, fs, fp, fm, fn |
| Equivalent Circuit | C0, C1, R1, L1 |
| Frequency Range | 20 Hz – 10 MHz |
| Measurement Accuracy | ±0.05 % |
| Sample Size | φ ≤ 20 mm, thickness ≤ 5 mm |
| Instrument Dimensions | 340 × 336 × 147 mm |
| Power Supply | 220 V / 50–60 Hz |
| Weight | 3 kg |
| Warranty | 1 Year |
Applications
- Piezoelectric ceramic material research
- Ferroelectric and dielectric material testing
- Electronic component development
- University and research institute laboratories
- Industrial quality control of piezoelectric components
More Details
PCA1000 Analyzer Features
The PCA1000 system integrates measurement fixtures, data acquisition and analysis software into a single platform. It allows researchers to quickly obtain key dielectric and piezoelectric parameters of ceramic materials.
PCA1000 Intelligent Sweep Technology
The analyzer performs intelligent frequency sweeping to obtain impedance spectra and dielectric spectra. This helps engineers evaluate resonance characteristics and optimize piezoelectric material performance.
PCA1000 Visualization and Data Analysis
The software interface displays real‑time curves, Cole‑Cole plots and equivalent circuit models, enabling efficient interpretation of measurement results.
FAQ
How does the PCA1000 simplify the evaluation of piezoelectric ceramics compared to traditional impedance analyzers?
Traditional impedance analyzers require researchers to manually calculate parameters from resonant and anti-resonant frequencies. The PCA1000 employs the AC resonance method combined with intelligent algorithms to automatically extract and visualize comprehensive parameters. In one click, it provides dielectric spectra, impedance spectra, and directly outputs complex constants like d33, d31, d15, and equivalent circuit values (C0, C1, R1, L1).Can this analyzer be deployed for industrial quality control and mass production screening?
Absolutely. While it is highly precise for laboratory R&D, the PCA1000 is distinctively optimized as a one-stop solution for industrial applications. Its rapid intelligent frequency sweep and highly visual data interface allow manufacturers to perform high-throughput performance testing and strict quality screening of piezoelectric components on the production line.What are the frequency capabilities and measurement precision of the system?
The PCA1000 boasts a robust testing capability with a wide frequency range spanning from 20 Hz up to 10 MHz. Powered by premium internal components, it guarantees an exceptional measurement accuracy of ±0.05%, ensuring highly reliable and repeatable data for samples up to 20 mm in diameter and 5 mm in thickness.
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