This electromagnetic cavity resonance software module calculates the resonance frequency, or so called eigen frequency, and its corresponding electric and magnetic field distributions. It also calculates the dielectric quality factor and the conductor quality factor due to dielectric and conductor losses. In addition, it calculates the temperature raise due to the heat dissipation caused by the dielectric and conductor losses. At last, it calculates the displacement and deformation in the cavity due to the thermal stress cause by the temperature raise.
This resonance module can help you study many RF & microwave resonance behavior and address numerous resonance and loss effects. Below is just a partial list:
This resonance module is versatile and calculates the resonance frequency or so called eigen frequency, the dielectric and conductor quality factors, and the heat dissipation for all RF and microwave cavities, including:
This RF and microwave software module outputs the following results for each study for each mode:
The dielectric and conductor losses in the cavity lead to thermal dissipation and thus to the temperature raise in the cavity. The temperature increase, in turn, leads to thermal stress and eventual deformation of the cavity. The deformation leads to a shift in the resonance frequency of the cavity. HFWorks model this electro-thermo-structural coupling to give you this shift.