CST Studio

CST Studio radiated emissions analysis makes it an essential tool for engineers seeking to ensure their electronic designs meet stringent EMC standards, leading to improved product performance and regulatory compliance.

CST Studio Suite is a versatile electromagnetic simulation tool extensively utilized for Specific Absorption Rate (SAR) analysis, particularly in the design and evaluation of wireless communication devices. SAR analysis is crucial for ensuring the safety of electronic devices by assessing the amount of electromagnetic energy absorbed by biological tissues. Engineers and researchers prefer CST Studio for SAR analysis due to its sophisticated features, allowing for accurate assessments of potential health risks associated with electromagnetic radiation.

Define optimal 3D antenna configuration and placement with CST Studio. Leverage simulation capabilities to perform frequency response assessment, matching network optimization, radiation pattern simulation, and full parametric analysis to arrive at the best antenna configuration for your application.

Analyze and address electromagnetic compatibility challenges with CST Studio. Perform analysis such as: Frequency Domain Analysis, Electromagnetic Shielding Design, Co-Site Interference Studies, Filter design, antenna placement and isolation, and more. CST Studio provides a comprehensive solution to prevent and minimize RF interference for your critical communication systems.

Design, analyze, and optimize sensor performance with CST Studio. Accurate modeling of complex electromagnetic interactions makes CST Studio key asset in the development of sensors for diverse fields such as automotive, healthcare, and industrial applications.

Analyzing wireless charging systems to design and optimize wireless power transfer setups. CST Studio enables engineers to perform magnetic field simulation, coil and antenna optimization, resonance frequency tuning, as well as a full electromagnetic compatibility assessment to assist the development of wireless charging systems that will operate as expected under all conditions.

Analyze and optimize the performance of complex interconnected cable and harness configurations. Perform accurate electromagnetic modeling or your cable and wire harness designs to identify and mitigate any signal quality or emissions issues upfront.

Model, analyze, and optimize electromagnetic components within motors and other devices. Perform magnetic field simulation, coil and core optimization, torque and force analysis as well as Eddy current and loss analysis to ensure reliable and efficient motor designs.