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 Measurement of Liquids (26.5 - 330 GHz, Ethanol and Olive Oil)
Measurement Results Key Point! Free-space measurement is not limited to sheets and plates; liquids c ...
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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 Measurement of Various Resins (60 - 330 GHz)
Measurement Results Key Point! Ideal for evaluating high-loss materials with dielectric loss tangent ...
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Free-Space Measurement Repeatability (E-Band, PP/PC)
Measurement Results Five measurements were performed, with a full calibration before each measuremen ...
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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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Adhesive Film Measured with a Fabry-Perot Resonator (25 - 330 GHz)
Measurement Results Key Point! Non-self-supporting samples can be measured by selecting an appropria ...
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Low-Loss Materials over 2 mm Thick with Fabry-Perot Resonator (25 - 110 GHz)
Measurement Results Key Point! Low-loss materials can be measured even with samples thicker than 2 m ...
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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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Conductivity of Copper Foil Bonded to a Dielectric Using a Fabry-Perot Resonator (23 - 170 GHz)
Measurement Results Bare copper foil and copper foil laminated with a dielectric were measured using ...
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Conductivity Comparison of Smooth Metals (10 - 110 GHz)
Measurement Results Each metal was measured using split-cylinder resonators (10, 20, 28, and 40 GHz) ...
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Ultra-Low-Loss Ceramics Measured with a Fabry-Perot Resonator (25 - 330 GHz)
Measurement Results Key Point! EM labs Fabry-Perot resonators provide stable measurements of low-los ...
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Various Polymer Films Measured with a Fabry-Perot Resonator (110 - 170 GHz)
Measurement Results Key Point! A Fabry-Perot resonator is ideal for measuring low-loss materials in ...
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COP Frequency Characteristics Measured with a Fabry-Perot Resonator (25 - 330 GHz)
Measurement Results Key Point! Low-loss materials can be evaluated easily, quickly, and accurately. ...
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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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Comparing Polyimide Properties with a Fabry-Perot Resonator (25 - 330 GHz)
Measurement Results Key Point! Materials classified as polyimides can exhibit very different frequen ...
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Fabry-Perot Resonator Measurement Repeatability (D-Band, Fused Silica)
Measurement Results The sample was removed from and reinserted into the resonator before every measu ...
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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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Ultra-Low-Loss SiC Wafer Measurement with Fabry-Perot Resonator (110 - 170 GHz)
Measurement Results Key Point! Measurement becomes more difficult as frequency increases and materia ...
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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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Sample Thickness Does Not Affect Split-Cylinder Resonator Measurements (40 GHz, PP)
Measurement Results Key Point! When material properties are the same, thin and thick samples produce ...
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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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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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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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Cavity Resonator Measurement Repeatability (1, 2, and 10 GHz, PTFE)
Measurement Results The sample was removed from and reinserted into the resonator before every measu ...
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Waveguide Sample Holder Measurement Reproducibility (X/R Band, PP)
Measurement Results Measured five times, recalibrating the system before each measurement. Key Point ...
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Coaxial Sample Holder Measurement Repeatability (0.5 - 18 GHz, PTFE)
Measurement Results Calibration was performed before each measurement, and the PTFE sample was measu ...
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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 ...