It is essential to understand the capabilities of measurement equipment when selecting the right product. We provide measurement examples obtained using our instruments. These numerous examples will help you clearly assess the performance of our products.
All Examples
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Free-Space Resin materials (60 - 90 GHz)
Measurement Results Key Point! Ideal for high-loss materials with a dielectric loss tangent (Df) of ...
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Free-Space Transmission, Reflection, and Absorption (60–90 GHz)
Measurement Results Key Point! Free-space measurement is ideal for evaluating transmission, reflecti ...
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Conductivity Measurement of Copper foil (10 - 170 GHz)
Measurement Results Key Point! Frequency Response Varies with Copper Foil — Accurate Measurement is ...
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Ultra-Low-Loss Liquid (1 - 110 GHz)
Measurement Results Key Point！ mmWave measurement of even Ultra-Low-Loss Liquids — Now Possible! Wit ...
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Fabry-Perot Ultra-Low-Loss(tanδ<0.0001) 4H-SiC (110 – 170 GHz)
Measurement Results Key Point! The higher the frequency, and the lower the material loss, the more c ...
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Split Cylinder Resonator low-loss ceramics (10 - 40 GHz, Alumina etc.)
Measurement Results Since the resonance frequency varies significantly compared to the empty state, ...
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Split Cylinder Resonator Measurement Repeatability (28, 40 GHz, COP)
Measurement Results Each time, the sample is removed from the fixture for measurement. Measurements ...
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Split Cylinder Resonator Temperature Characteristics (40 GHz, LCP/MPI)
Measurement Results Key Point! Dielectric Properties Are Temperature Dependent The degree of change ...
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Split Cylinder Resonator Temperature and Humidity Characteristics (28 GHz, MPI)
Measurement Results Key Point! Dielectric properties depend not only on temperature but also on humi ...
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Cavity Resonator Powder Measurement (1 - 10 GHz)
Measurement Results Barium titanate (High Dk) Samples with Dk (ε') ranging from hundreds to thousand ...