Suitable for evaluation of radio wave absorbing materials and shielding materials

Errors due to airgaps don't occur
Unlike coaxial tube and waveguide types, the sample is not placed inside the fixture. .

This is a portable type of EAS07. It is possible to measure the amount of reflection, with radio wave absorber attached to a sample. You can move antenna easily, and the effect of seams can be clearly seen.

This is a thermostatic chamber for measuring the temperature characteristics of radomes, covers, radio wave absorbers, and shielding effects. It consists of a high/low temperature blower and a heat insulation box to hold a sample for measurement.
*Image on the left is a use case with radio wave absorber measurement system(right side), which is NOT included in this product.

*This type requires an Anechoic Chamber.

You can select the two variables you want to optimize among relative permittivity, εr'', relative permeability μr'', sample thickness, and frequency, and let the system run to calculate them. In this way, by repeating various combinations several times, the optimum relative permittivity, relative permeability, or sample thickness can be obtained.

- This is a simulation software of transmission attenuation and reflection attenuation amount for designing emblems etc.,
- With this software, you can simulate transmission attenuation amount of multilayer plate (max. 4layers) by using permittivity (εr' ) and permeability (μr')
- By setting permittivity and/or permeability of the materials which you will use, it graphs the relation of thickness of material and transmission / reflection attenuation amount in real-time.
- You can set incident angle, TM and TE wave.