Design and 3D Modeling of RF/Microwave Coaxial Cavity filters, part 2 of 2

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  • Опубликовано: 5 дек 2024

Комментарии • 7

  • @MrTimblu
    @MrTimblu Месяц назад +1

    Presentation was awesome Sir... We are expecting a step by step sample filter design for given frequency of 2 GHz.

  • @LDBuggy2
    @LDBuggy2 3 месяца назад +1

    ❤ Thank you Dr. Nezami!

  • @PrantikDutta-r8r
    @PrantikDutta-r8r Год назад +2

    Each and every point is meticulously explained. Great video indeed.

  • @yaobing-qw4rj
    @yaobing-qw4rj 9 месяцев назад +1

    HFSS, CST, AWR RF cavity, LC, dielectric filter, duplexer, combiner and other simulation designs adopt full cavity integrated joint simulation, with high accuracy. Metal cavity, ultra wideband interdigital, microwave ceramic dielectric filter, waveguide can all be used, with years of passive design experience, providing detailed design scheme parameters.

  • @berkaydogan3132
    @berkaydogan3132 Год назад +2

    Thank you very much for video. Did you adjust your resonator dimensions for extracting interresonator coupling value in each iteration? If we want to obtain bigger coupling values, the geometric mean of even and odd mode peaks will be shifting to lower frequencies. So, when we extract that k values, extraction will be valid for that geometric mean frequency (not for your desired frequency, I guess 🤔 ). For your case, fp1 = 1.9640, fp2 = 1.9820 , their geometric mean was very close to your desired resonant frequency which was 2 GHz. And also can you share your spurious resonances and harmonics in wideband response? So glad I have explored your channel.

  • @daniiltretiakov8920
    @daniiltretiakov8920 Год назад +1

    Thank you for the lecture! It helped me a lot

  • @krishnavenigannoju
    @krishnavenigannoju 10 месяцев назад

    Is there any Formula for distance between resonates