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| We provide S-parameters of our passive components as simulation data. Please use them for your circuit simulation. |
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| Conditions of measurement, recommended usage of our component data in the simulations are here. |
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We provide component libraries for microwave circuit, PI and SI simulators.
Please select a component library for your simulator.
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Microwave circuit simulators |
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Latest version of APLAC product is built into AWR Microwave Office. You can run latest APLAC simulator on AWR design environment.
If you want to use our component library on AWR design environment with APLAC simulator, please use the component library for Microwave Office.
If you use former APLAC product which is not built into AWR environment, please use the component library for APLAC.
* Equivalent Circuit Library for microwave circuit simulators
was developed with our own technology
We have developed our own “Frequency-Dependent Equivalent Circuit Data” that enable to reduce dramatically your simulation time, based on high-accuracy S-parameters. These are data with frequency functions included in equivalent circuit data of each component. With these frequency-dependent equivalent circuit data, you can reduce your simulation time, maintaining the same accuracy as simulation with S-parameters. |
SI/PI simulators |
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| This software is made as a supporting tool for an appropriate item selection in a short time
when considering our Chip Inductors and Chip Beads Inductors.
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| This software was developed as a supporting tool for an appropriate item selection in a short time when considering our Multilayer Ferrite Chip Beads BK series. |
Waveform Simulator
(2009.10 update) |
| This software is made as a supporting tool for an appropriate item selection in a short time when considering our Rectangular Ferrite Chip Beads (High Current) FB series MJ or MH type, or Wound Chip Inductors LB series. |
T/Pai Simulator
(2009.10 update) |
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