In the dielectric material database you will find important dielectric parameters of various materials. The dielectric constants (εr’, εr’’) and losses (tanδ) are displayed over a wide frequency range from mHz to kHz.

In this document, we show how the dissipation factor and the conductivity of an insulation liquid can be measured using SPECTANO 100.

In this document, we show how to measure the dielectric properties of the insulator in a coaxially constructed cable using SPECTANO 100.

In this document, we show how to measure the dielectric response of different liquid insulation materials using SPECTANO 100 and the Liquid Test Fixture 16451A from Keysight.

In this video we explain why it is very important to measure insulation materials over a wide frequency range instead of just measuring tan delta at main frequency.

In this video we provide a short introduction to the SPECTANO 100 Dielectric Material Analyzer and its applications.

In this document we show how to measure the dielectric response of different solid insulation materials using SPECTANO 100 with the Dielectric Test Fixture 16451B from Keysight.

This document describes general considerations which should be made if samples of solid dielectric materials are measured with SPECTANO 100.

In this application note we inform you about general requirements to perform accurate dielectric material analysis.