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Practical Measurement Guide

Reliable measurements require proper preparation, correct configuration, and an understanding of the instrument’s capabilities and limitations. In the next Articles everything from warming up the analyzer to the interpretation of the accuracy plots will be discussed.

Analyzer Calibration Guide

Step-by-step calibration techniques for Eynocs impedance analyzers. 2-, 3-, and 4-wire configurations, warm-up protocols, and standard verification

Sample Geometry Optimization

Designing your sample geometry to match your analyzer’s optimal operating range drastically reduces relative measurement uncertainty

Stray Capacitance Correction

Without correction, cell structural components, edge fields, and dielectric spacers artifacts cause overestimation of the real permittivity ε’ and loss factor ε”

Accuracy Plots & Faraday Shielding

To achieve high-precision dielectric data, users must understand analyzer accuracy boundaries and eliminate external environmental interference