Design of Ultra-High Frequency (UHF) Probe @ 0.55 GHz in HFSS

In this video we will learn how to design & simulate for Ultra-High Frequency probe using HFSS @ 0.55 GHz. Here are links to other antenna design videos on this channel.    • Design of Ultra-High Frequency (UHF) Probe...      • DESIGN OF A MONOPOLE (QUARTER WAVE) ANTENN...      • DESIGN OF A RECTANGULAR EDGE-FED  MICROSTR...   In HFSS, you need to specify the "solution Type" of your design. There are four (4) types on solutions as follows; 1. Driven Modal: This type of solution is for passive high frequency structures such as microstrips, waveguides, and transmission lines. 2. Driven Terminal: This type also is used for simulations that deals with signal integration for models that have multi-conductor transmission lines. 3. Eigenmode: Use this type of solution type to calculate resonance of a given structure. Example is a filter. 4. Transient: This type of solution is used to employ time-domain solutions for designs with pulsed excitation such as ultra-wide band. ##kinemarc ##Ghana