Why Choose Ozen Engineering for Electromagnetics Consulting?
At Ozen Engineering, we specialize in electromagnetic technologies, offering consulting services that use Ansys HFSS, Maxwell, SIWave, EMC Plus, and MotorCAD. Our team combines technical expertise with a thorough understanding of electromagnetic design, simulation, and optimization to ensure your projects meet industry standards.
Our solutions include:
- Electromagnetic Design
We use Ansys HFSS, Maxwell, and SIWave to simulate electromagnetic fields and high-frequency electromagnetic waves accurately. This helps predict and validate system behavior. - EMC and EMI Analysis
We use Ansys EMC Plus to assess electromagnetic compatibility (EMC) and interference (EMI), helping products meet regulatory standards and perform well in complex electromagnetic environments. - Electric Machine Simulation
We use Ansys Maxwell and MotorCAD to design and analyze electric motors and generators. Our focus is on improving performance, managing heat, and optimizing materials. - Workflow Integration
We integrate Ansys tools with system-level design platforms to improve workflow and conduct sensitivity analysis across automotive, aerospace, consumer electronics, and industrial machinery applications.
High-Frequency RF and Antenna DesignLeverage Ansys HFSS to design and analyze high-frequency RF components and antennas, critical for 5G applications. Accurately simulate electromagnetic fields and waves to optimize performance and ensure compliance with global standards in applications like 5G antennas, radar systems, satellite communications, and RF microwave circuits.
Signal & Power Integrity, EMI AnalysisUse Ansys SIwave and Ansys EMC Plus for comprehensive signal and power integrity analysis as well as EMI assessments. Ensure high-speed electronic devices meet performance and regulatory standards, crucial for PCB and IC package design, high-speed channels, and power delivery systems.
Low-Frequency Electromechanical DesignUtilize Ansys Maxwell and Ansys RMxprt for the design and simulation of low-frequency electromechanical systems. Optimize magnetic flux distribution and reduce eddy current effects in electric motors, transformers, actuators, and sensors.
Biomedical Device SimulationSimulate wearable and implantable biomedical devices with Ansys HFSS and Ansys Maxwell. Ensure effective RF charging, dynamic tuning, and signal integrity for devices in body area networks (BAN), including wearable health monitors, RF implants, and medical imaging devices.
Power Cable AmpacityOptimize power cable installations using Ansys EM and CFD simulations to compute losses, temperature distributions, and ampacity. Avoid overheating and validate designs against NEC, IEEE, and IEC standards for applications like utility tunnels, rooftop installations, and duct-bank designs.
Waveguide Component DesignDesign waveguide components for telecommunications, radar, and medical imaging using Ansys HFSS. Perform electromagnetic field simulations and optimize material selection to minimize losses in applications such as satellite systems, automotive radar, and terahertz imaging.
RF Filter DesignAutomate RF filter design and optimization with Ansys Nuhertz FilterSolutions. Analyze frequency response, impedance matching, and thermal effects to create robust and efficient filter designs for wireless communications, satellite communications, and automotive radar.
Pluggable Optical Transceivers and HostsDevelop and optimize pluggable optical transceivers and hosts with Ansys SIwave and Ansys HFSS. Focus on high-speed line design, modulator RF circuits, and signal integrity for reliable data transmission in long-haul coherent optical links, data centers, and communication links.
Power Electronics: DC-DC ConvertersVerify and optimize DC-DC converters using Ansys Simplorer and Ansys Maxwell. Conduct EMI/EMC analysis, design decoupling filters, and ensure reliable power integrity in electronic systems for power management in automotive, aerospace, and consumer electronics.- PCB and Package: Signal and Power IntegrityAnalyze and optimize PCB and package designs with Ansys SIwave and Ansys Q3D Extractor. Ensure signal and power integrity, reduce crosstalk, and manage EMI/EMC for high-speed electronic devices, including high-speed PCBs, ceramic/organic packages, DDR, and PCIe.
PCI Express CardsDesign and verify PCI Express cards using Ansys SIwave and Ansys HFSS. Optimize signal integrity, minimize jitter, and ensure compliance with PCIe standards for high-performance computing in data centers, servers, and workstations.
