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Advanced Design of X-Band Cells for Enhanced Operation at 11.424 GHz

This paper presents a comprehensive study of X-band cell designs capable of operating in the 2π/3 mode at 11.424 GHz. It explores the geometry and operational characteristics of WNW and NWN cells, highlighting designs at 5π/6 and their performance at multiple frequencies (e.g., 12 GHz). The paper also assesses the effectiveness of cascade checks for WNW0 transitions and analyzes failed dispersion curves. The findings contribute to improved understanding and optimization of X-band cell functionality for various applications.

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Advanced Design of X-Band Cells for Enhanced Operation at 11.424 GHz

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Presentation Transcript

  1. Design Xband cell Design a sharp Xband cell to operate in the 2pi/3 mode at 11.424GHz

  2. WNW 1 cell designed/operating at 5pi/6 at 11.424GHz

  3. WNW 3 cell designed/operating at 5pi/6 at 11.424GHz

  4. Example geometry of 2 cell WNW

  5. 2 cell WNW at 12GHz

  6. 3 cell WNW geometry

  7. 3 cell WNW at 12GHz

  8. NWN geometry

  9. NWN 1 cell designed/operating at 5pi/6 at 11.424GHz

  10. NWN 3 cell designed/operating at 5pi/6 at 11.424GHz

  11. Cascade check for a WNW0 transition

  12. Failed dispersion curve

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