You didn't optimize it. You could have changed the stubs to split up and down and change its width and adjust the inductor elements etc... good video but you are not showing the real work in optimizing a real filter and showing the corner cases due to dielectric variations, frequency shift due to temperature and other analysis to make it prime time. The return loss isn't great either
How to design a bpf( chev ) from 5ghz to 5.7ghz with attenuation loss in stop band equal -30and attenuation loss in pass band equal -2 db and can you tell me how to convert from Rlc circuit to mocrostrip line ... Thanks you
sir , please do for hpf also
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You didn't optimize it. You could have changed the stubs to split up and down and change its width and adjust the inductor elements etc... good video but you are not showing the real work in optimizing a real filter and showing the corner cases due to dielectric variations, frequency shift due to temperature and other analysis to make it prime time. The return loss isn't great either
How to design a bpf( chev ) from 5ghz to 5.7ghz with attenuation loss in stop band equal -30and attenuation loss in pass band equal -2 db and can you tell me how to convert from Rlc circuit to mocrostrip line ... Thanks you
@@omtoya3616 it is not that difficult.