- #1
hops1
- 24
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Hi guys,
I've been trying to figure out how the capacitance of two microstrips, separated a distance d, are influenced by the presence of a dielectric. The dielectric will be a height (h) above the strips and has restricted movement. Using the electric potential I am able to derive a function for the capacitance in absence of the dielectric. However I hit a wall when trying to incorporate the dielectric.
Is there a way to approximate this even with a 2-wire system with a dielectric equidistant from the wires at a given height?
Any suggestions, or nudge in the right direction is appreciated
Thanks
I've been trying to figure out how the capacitance of two microstrips, separated a distance d, are influenced by the presence of a dielectric. The dielectric will be a height (h) above the strips and has restricted movement. Using the electric potential I am able to derive a function for the capacitance in absence of the dielectric. However I hit a wall when trying to incorporate the dielectric.
Is there a way to approximate this even with a 2-wire system with a dielectric equidistant from the wires at a given height?
Any suggestions, or nudge in the right direction is appreciated
Thanks