App Notes
High Voltage Safety Requirements 101
We often talk about power losses, efficiency and temperature, but we hardly mention isolation. Depending on the voltages that the windings experience, isolation can be the number 1 design parameter.
From automotive to aerospace sector, our clients build hundreds of custom magnetics increasing revenue and optimizing cost-efficiency.
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The aerospace and defense industry is rapidly advancing in electrification, driving the demand for next-generation magnetic components. Frenetic streamlines magnetic design and prototyping, delivering ultra-lightweight, high-power-density solutions that withstand high temperatures, vibration, and other rigorous aerospace standards.
The rise of electric and hybrid vehicles demands efficient power electronics. Frenetic technology optimizes designs for power density in topologies like DAB and LLC topologies, delivering AEC-Q200 and IATF 16949-compliant components.
As demand for custom high-frequency magnetics grows, manufacturers face challenges in designing smaller, more efficient components. Frenetic technology helps streamline customer specifications, reducing design iterations and speeding up time-to-market.
Big Science relies on advanced facilities like synchrotrons and linacs to drive innovation in materials science, plasma physics, and high-energy research. Frenetic ensures success with expertise in modeling and solutions for extreme conditions.
The medical devices industry demands strict regulatory compliance, safety, and reliability. Magnetic components require rigorous validation, including risk analysis and protection testing, to meet the highest quality standards for patient safety.
We often talk about power losses, efficiency and temperature, but we hardly mention isolation. Depending on the voltages that the windings experience, isolation can be the number 1 design parameter.
We often talk about power losses, efficiency and temperature, but we hardly mention isolation. Depending on the voltages that the windings experience, isolation can be the number 1 design parameter.
Optimizing transformer design for Dual Active Bridge converters with a focus on leakage inductance, core choice, and Frenetic’s simulation tool.
Optimizing transformer design for Dual Active Bridge converters with a focus on leakage inductance, core choice, and Frenetic’s simulation tool.
Richard Schlesinger (Research Scientist at Frenetic) presents an insightful lecture on the Leakage Inductance Model of Frenetic Simulator.
Richard Schlesinger (Research Scientist at Frenetic) presents an insightful lecture on the Leakage Inductance Model of Frenetic Simulator.
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