emPhysPhysical Technology

At emPhys Physical Technology, we specialize in RF and AC/DC systems, thermal systems, and acoustics. We combine prototyping with powerful modern finite element simulation software. Our company specializes in designing and simulating RF circuitry, antennas, waveguide structures, and microwave components. We create individual prototypes, characterize them in our laboratory up to a frequency of 2.5 GHz, and verify our simulations.

Industries We Service

emPhys Physical Technology provides consulting and R&D services in a variety of fields. We have acquired many years of proven competence and experience in numerous industries including the following:

• Medical technology
• Material mechanics
• Surfaces and coatings
• Electronics and communication systems
• Automated measurement systems
• Solid-state component research and development

Available Support

At emPhys, we work closely with our customers. We leverage our expertise to create a custom strategy to deliver results in an efficient manner. Our facility is equipped with powerful computational resources in order to run your simulations in-house. We also offer postprocessing services to create presentation-quality results. In order to ensure that your project is precise, we also verify your electromagnetic models in our electronic laboratory.

Areas of Expertise

Our finite element simulation software of choice is COMSOL Multiphysics. This tool allows users to study low-frequency and high-frequency electromagnetic systems independently or coupled with other applications. Some examples include the following:

• Radio frequency systems, antennas, waveguide structures, and microwave components
• AC/DC systems, transformers, inductive telemetry, and electromagnets
• Thermal systems
• Mechanical systems, vibrations, and structural integrity
• Verification of electromagnetic systems in our electronic and RF laboratory

Featured COMSOL Multiphysics Project

One example of the type of simulations we run is this parabolic dish antenna. The patch feed was optimized for S-Band regarding gain and impedance match.

An illustration of the near field radiation pattern in the H-plane.