KEYCOM provides solutions in the 300 GHz to 1 μHz frequency range (SHF/EHF/MW/UHF/VHF/ULF).
We undertake designing, manufacturing and measuring. Please feel free to contact us.

Multilayer plate Simulation software for making designs of emblem and radome

Model No. SFW05
Quick and convenient tool for designing radome, car emblem
【Related Contents】
👉 Products Line-up of Automotive Emblem / Radome / Radar Cover Evaluation System
👉 Products Line-up of Evaluation Systems for Wave absorption materials / Noise Suppression sheet

Features

Outline

  1. This is a software for simulations of transmission attenuation amount of multilayer plate samples.
  2. By changing real part and imaginary part of permittivity and permeability, it shows graph display with horizontal axis - sample thickness [mm], a vertical axis - attenuation amount [dB].
  3. To change real part and imaginary part of permittivity and permeability of selected 1 layer, PC mouse and cursor are used.
  4. It is possible to simulate 4 layers maximum, but during changing 1 layer, other layers are fixed.
  5. When putting a cursor on a graph, then the sample thickness and attenuation amount of the point are shown in a flame of calculation result.
  6. It is possible to change incidence of electromagnetic wave freely(0° : vertical, -90° ~ + 90°). At the moment, it also possible to do simulations of angle characteristics by 2patterns of TM and TE.
  7. Points of calculating data can be selected from 101, 201, 401, 801.
  8. There is an entry of storage in file menu, it is possible to sotre simulation data by csv file format.
  9. Number of frequency to simulate is 1 and it is selected by [GHz]unit.

    Specs of PC recommended

    Windows 10 (Windows 7, Windows 8.1~)
    32bit ver. or 64bit.
    Intel core i3 or more
    Memory 4GB or more
    (8GB is more suitable for Windows 10 pro 65 bit ver., because this OS occupies more than 2GB without activating any application)

Simulation sample

        * When an angle of incidence is except vertical, permittivity is shown as an effective dielectric constant.