Announcement of the Start of Sales for the Virtual EMI/EMC Laboratory "Compliance-Scope"
Through simulations of various EMI/EMC standard certification tests, we will enable the early market launch of semiconductors and electronic devices.
On May 29, 2024
Cybernet Systems Co., Ltd. (Headquarters: Tokyo, Representative Director and President: Yoshiharu Shiraishi, hereinafter referred to as "Cybernet") has concluded a sales agency agreement with Simyog Technology Pvt. Ltd. (Headquarters: Bengaluru, India, hereinafter referred to as "Simyog") and is pleased to announce that it will begin sales and technical support for Simyog's developed virtual EMI/EMC laboratory logo "Compliance-Scope" starting June 1, 2024.

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Compliance-Scope is a software environment that allows for the simulation of EMI/EMC compliance test environments through virtual imaging. By predicting EMI/EMC with Compliance-Scope in the early stages of hardware design, it enables the implementation of preventive measures, as well as the discovery and correction of issues before standard testing, thereby reducing development time and costs until product commercialization and achieving early market entry for the product.
In this case, a current is injected into the PCB in accordance with ISO 11452-4, and the voltage generated at various parts of the PCB is evaluated. For frequencies that exceed the judgment criteria, the current density distribution is checked to identify the path, and by changing the capacitors along that path to appropriate constants, the EMC design is optimized.
In this case, we model the emission measurement test environment by inputting the dimensions of the configuration components of CISPR25 and the layout of the test environment into the dialog, and we evaluate the conducted noise levels in accordance with the standard tests.
In this case, we model the emission measurement test environment by inputting the configuration of the components of CISPR25 and the dimensions of the test environment layout into the dialog, and we evaluate the radiated noise levels in accordance with the standard tests.
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