Catalyst
Full Member level 3
free space loss hfss
Hello,
I am attempting to simulate a planar spiral made out of copper which has been etched on plastic substrate (no oxide) to help predict it's inductance and resistance but to also see the magnetic field around the structure if possible. I would like to know if anyone can help steer me in the right direction into how to go about this using HFSS.
The main features of the spiral are:
* Frequency = 30 MHz
* Number of Turns = 5
*Out spiral dimensions = 4cm by 4cm
* Track width = 1000 microns
* Space between turns = 500 microns
* Copper thickness = 10 microns
* Plastic substrate thickness = 100 microns
I need to know what are the main elements I would need to include in the simulation such as the type of excitation or source,, where to apply the source, radiation boundaries etc
Does anyone have an idea?
Kind Regards
Cat
Hello,
I am attempting to simulate a planar spiral made out of copper which has been etched on plastic substrate (no oxide) to help predict it's inductance and resistance but to also see the magnetic field around the structure if possible. I would like to know if anyone can help steer me in the right direction into how to go about this using HFSS.
The main features of the spiral are:
* Frequency = 30 MHz
* Number of Turns = 5
*Out spiral dimensions = 4cm by 4cm
* Track width = 1000 microns
* Space between turns = 500 microns
* Copper thickness = 10 microns
* Plastic substrate thickness = 100 microns
I need to know what are the main elements I would need to include in the simulation such as the type of excitation or source,, where to apply the source, radiation boundaries etc
Does anyone have an idea?
Kind Regards
Cat