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£×e delve into the 2D radiation patterns of our on-chip antenna, as seen in Figure 8. This diagram provides a clear representation of how the antenna performs in the xz-plane and yz-plane at 26 GHz. It's imperative to note the distinctive patterns indicating the directionality of the antenna's radiation. The red and blue lines represent the simulated theta and phi components, respectively, which are fundamental to the antenna's operation.
Advancing to Figure 9, we observe the 3D radiation pattern at the same frequency. This visualization allows us to appreciate the antenna's performance from a broader perspective. Notably, at 26 GHz, we see that the radiation is uniformly distributed directly above the chip antenna, a testament to the precision engineering behind this design. The concentration of radiation energy is highly focused, with no divergence, which is key for achieving high-efficiency transmission and reception. This level of detail in the radiation pattern underscores the antenna's capability to deliver a strong and clear signal in its designated direction, which is crucial for high-frequency applications.
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IEEE/ICACT20240058 Slide.14
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