P
Philip Newman
- Jan 1, 1970
- 0
Hi,
For my project, I have to design some dog bone structure filters to
work at 10 GHz and 140 GHz. Using an IEEE transaction by C. Rauscher
as a reference point, I have managed to simulate a 5-channel
multiplxer at 5.2 GHz using these structures. However, I can scale up
for 10 GHz, but I want a different fractional bandwidth, and I am
finiding it difficult to multiplex 3 of these strcutures together.
How can I design dog-bone structures from scratch? Going from centre
frequency and knowledge of substrate to be used for microstrip. Roll
of is important because the filters may interact with each other.
Any ideas as to where I can start? I have looked on the web and
nothing has come up on google.
Cheers
Phil
For my project, I have to design some dog bone structure filters to
work at 10 GHz and 140 GHz. Using an IEEE transaction by C. Rauscher
as a reference point, I have managed to simulate a 5-channel
multiplxer at 5.2 GHz using these structures. However, I can scale up
for 10 GHz, but I want a different fractional bandwidth, and I am
finiding it difficult to multiplex 3 of these strcutures together.
How can I design dog-bone structures from scratch? Going from centre
frequency and knowledge of substrate to be used for microstrip. Roll
of is important because the filters may interact with each other.
Any ideas as to where I can start? I have looked on the web and
nothing has come up on google.
Cheers
Phil