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--- simple_electrostatic_simulation_in_femm_-_step-by-step_tutorial [2021/05/11 21:49]
stanzurek [Step 16 - line integral]
+++ simple_electrostatic_simulation_in_femm_-_step-by-step_tutorial [2021/05/11 22:08] (current)
stanzurek [Step 19 - that's it!]
@@ Line 42: / Line 42: @@
 {{enter_point.png}} Fig. 3-2. Entering point with coordinates (0,0)
-Click on the ''Zoom extents'' button (Fig. 3-3), which is the third one (white rectangle with a magnifying glass). (//If not sure - hover a mouse over the buttons and see their description in the botoom left of the FEMM window.//)
+Click on the ''Zoom extents'' button (Fig. 3-3), which is the third one (white rectangle with a magnifying glass). (//If not sure - hover a mouse over the buttons and see their description in the bottom left of the FEMM window.//)
 Then click on the ''Zoom out'' button once (magnifying glass with a minus).
@@ Line 241: / Line 241: @@
 ==== Step 17 - conductor info ====
-The losses in the ciruict (energised coil) can be integrated with the block method described above, but much reacher information is provided with the "Circuit properties" icon, Fig. 17-1.
+Info about the given conductor with the "Conductor properties" icon, Fig. 17-1.
-If there is more than one current/circuit defined then it can be selected from the drop-down list.
+If there is more than one conductor defined then it can be selected from the drop-down list.
-{{conductor_info.png?600}} Fig. 17-1. Circuit properties
+Capacitance is charge over voltage, C = q/V, and because the voltage was set to 1 V, the capacitance of this capacitor is 3.6e-13 F, or 0.36 pF.
+{{el/conductor_properties_el.png?600}} Fig. 17-1. Conductor properties
 ----
@@ Line 255: / Line 257: @@
 If snap-to-grid is enabled then only the grid positions will be available.
-{{data_at_any_point.png}} Fig. 18-1. Click anywhere to get values
+{{el/point_props_el.png}} Fig. 18-1. Click anywhere to get values
 ----
@@ Line 261: / Line 263: @@
 ==== Step 19 - that's it! ====
-And that's all - now you can run a simple FEMM magnetics simulation!
+And that's all - now you can run a simple FEMM electrostatic simulation!
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Unofficial FEMM documentation by Dr Stan Zurek

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Unofficial
FEMM
documentation
by Dr Stan Zurek