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CST-induced field I need an answer please
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Hi everybody!
I have the following situation: a sphere illuminated by a plane wave. When I choose a probe inside of the sphere I get the total electric field, right?
If I choose a monitor field, of electric type, lets assume at 2.45 GHz, I get the induced electric filed, or is always the total field? (because I have for exampel the field in the probe is around 1.3 V/m (maximum value), while on the monitor field field the scale show me a maximum value around 5.5 V/m). So please can anyone tell me what is the difference? I need a fast answer!
Thanks.
I have the following situation: a sphere illuminated by a plane wave. When I choose a probe inside of the sphere I get the total electric field, right?
If I choose a monitor field, of electric type, lets assume at 2.45 GHz, I get the induced electric filed, or is always the total field? (because I have for exampel the field in the probe is around 1.3 V/m (maximum value), while on the monitor field field the scale show me a maximum value around 5.5 V/m). So please can anyone tell me what is the difference? I need a fast answer!
Thanks.
Hi Hapciu,
I have the same question as your, could you please share your knowledge on this?
What kind of field do the "PROBE" or the "field MONITOR" give ?
For now, I only understand that a PROBE is a small arrow you can place at any location; whereas a MONITOR is a not a small arrow, but an entire PLANE.
Thank you for your reply.
field monitor will calculate the fields in a plane at a given frecuency. Probe will give you the time domain field at a given point in space.
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