Very small dipole - draws disappear
时间：03-31
整理：3721RD
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Hi,
I'm trying to simulate a small dipole in a shpere for a bio-application. In wrote equations and I used sweep along path with a circle of 0.5mm of diameter (I want the dipole to be a spiral). It works until I reduce dimensions too much and the whole draw disappears. It looks like there are some constrains in the software when you reduce dimension too much.
Does anybody know those contrains?How come it disappear when I reduce dimensions?How do you simulate very small devices.
Thank you for your help.
Best,
Me
PS. I want the dipole to resonate @2.4GHz (therefore lambda/2 is c.a 6.25 cm) and I have a sphere with a diameter of 1.8 cm that's why I'm thinking about a spiral!
Added after 31 minutes:
Sorry, I forgot to say I'm using HFSSv12!
I'm trying to simulate a small dipole in a shpere for a bio-application. In wrote equations and I used sweep along path with a circle of 0.5mm of diameter (I want the dipole to be a spiral). It works until I reduce dimensions too much and the whole draw disappears. It looks like there are some constrains in the software when you reduce dimension too much.
Does anybody know those contrains?How come it disappear when I reduce dimensions?How do you simulate very small devices.
Thank you for your help.
Best,
Me
PS. I want the dipole to resonate @2.4GHz (therefore lambda/2 is c.a 6.25 cm) and I have a sphere with a diameter of 1.8 cm that's why I'm thinking about a spiral!
Added after 31 minutes:
Sorry, I forgot to say I'm using HFSSv12!