Ku-bant uygulaması için yama anten tasarımı

CST studio simulations created and tested many Kuband patch antenna designs. Between 10.7 and 12.75 gigahertz is the "Kurtz-under-band" (Kuband). When creating an MPA array for satellite communication, the patch component design, number of frequencies, wide-band or multiple-frequency operation, and polarization must be considered. This list of other concerns is not exhaustive. This infrastructure requires the patch to run in the Ku band. Using a vertical feed instead of a horizontal feed makes antenna array assembly easier. You must choose your antenna's feeding mechanism in advance if you want it to perform successfully across several frequencies. The antenna must support two-way Ku-band communications (downlink and uplink). This case covers 10.7 GHz to 12.75 GHz (14 to 14.5 GHz). Consider the antenna's polarization and ability to flip polarizations. Complexity in production can affect electromagnetic properties. Patch antenna design evaluation involves a mathematical model of the patch element and feed. Antenna electromagnetic description should now be possible. Wide-band or dual-band patch antenna feed and tuning must account for potential frequency band migrations. Building and developing the Ku-band multi-purpose antenna might lead to new antenna designs that operate better over a wide variety of frequencies. This thesis models a microstrip rectangular patch antenna. Gain, efficiency, and return loss are remarkable.