Low frequency electromagnetic devices

The design, simulation and implementation of low frequency electromagnetic devices on planar structures are given. Planar devices and components are designed and built on a ceramic-based material that allowed a surface-mount (SMT) application. Method of moment based electromagnetic field solvers are used to verify the design of the devices. Planar devices and components are then implemented and tested. Simulation results and experimental results are found to be very close. Results of this work can be used to design devices that operate at low frequency ranges for electromagnetic applications including industrial and military applications.