Application Guide for Frequency Analysis of Electronic Components

Learn practical LCR measurement techniques for capacitors, inductors, transformers, RFID, and piezoelectric components across R&D and production.

Guide Overview

Accurate component characterization depends on selecting the right measurement conditions, parameters, and analysis methods. This guide provides application-focused guidance for evaluating a wide range of electronic components, from MLCCs and electrolytic capacitors to inductors, transformers, RFID devices, and piezoelectric elements.

Explore recommended measurement settings and techniques for capacitance, ESR, inductance, self-resonance, DC bias, equivalent circuit analysis, frequency sweeps, and other important characteristics. The guide also addresses both research and development and production applications, with examples of measurement configurations and instrument functionality. For example, the inductor section covers measurement frequency, signal level, self-resonance, and current dependence, while the RFID and piezoelectric sections address frequency analysis and resonant behavior.

Download the guide to improve your approach to frequency-based measurement and analysis of electronic components.