EM labs
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Repeatability of Split Cylinder Resonator Temperature Characteristics (40 GHz, LCP)
Measurement Results The same sample was measured five times at each temperature point. After complet ...
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Consistency across three resonators (1 - 110 GHz)
Measurement Results Measurements are performed using a TM Resonator (1, 2, 5, 10 GHz), Split-Cylinde ...
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Best-in-Class Measurement for Low-Loss Materials — Unlocking the Power of Resonators at mmWave Frequencies
Permittivity measurement in the Millimeter-Wave Band In recent years, communication technologies and ...
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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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TM Resonator Powder Measurement (1 - 10 GHz)
Measurement Results Barium titanate (High Dk) Samples with Dk (ε') ranging from hundreds to thousand ...
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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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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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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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Split Cylinder Resonator Measurement Repeatability (28, 40 GHz, COP)
Measurement Results Each time, the sample is removed from the fixture for measurement. Measurements ...