It depends on your technology and frequency. Should it be on a pcb or on chip?
ok, and frequency range?
forget about printed inductors at this frequency because you need a lot of area. what is the purpose of the inductor? some power transfer or filtering?
it's much easier to buy a coil instead of designing one, especially at such low frequency. If you really want a printed ind. you're faced with different problems, e.g. between traces you have to use a minimum spacing or the thin trace thickness. IMHO, it's not a good idea.
Maybe this one: https://www.farnell.com/datasheets/1782026.pdf . it's around 3x3, but a printed ind would be for sure larger with same inductance value.
forget about printed inductors at this frequency because you need a lot of area. what is the purpose of the inductor? some power transfer or filtering?
Inductor mechanical dimensions are theoretically ( and surely up to moderate RF frequencies ) almost independent from the frequency.
For instance 1uH@100kHz has always same dimension @1MHz
or 1nH@100MHz has dimensions as same as @1GHz..
For an information only...
Is your cond material PEC?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?