"Maxwell仿真实例：平板电容器静电场电容计算"

The complete word version of the Maxwell Basic Tutorial Simulation Example.pdf is provided. Please note that there may be differences in operations due to different versions. One example of electrostatic field problem simulation is the calculation of the capacitance of a parallel plate capacitor. The model of the parallel plate capacitor is described as follows: Size of upper and lower polar plates: 25mm×25mm×2mm, Material: pec (ideal conductor) Size of dielectric: 25mm×25mm×1mm, Material: mica (mica dielectric) Excitation: Voltage source, upper plate voltage: 5V, lower plate voltage: 0V. It is required to calculate the capacitance value of the capacitor. 1. Modeling (Model) - Project > Insert Maxwell 3D Design - File>Save as>Planar Cap (Project named "Planar Cap") - Select solver type: Maxwell > Solution Type> Electric> Electrostatic - Create a hexahedron for the lower plate - Draw > Box (Create a hexahedron for the lower plate) - Lower plate starting point: (X,Y,Z)> (0, 0, 0) - Coordinate offset: (dX,dY,dZ)> (25, 25,0) - Coordinate offset: (dX,dY,dZ)> (0, 0, 2) - Rename the hexahedron as DownPlate - Set Material> pec (Set the material as a perfect conductor) ... In conclusion, the provided complete word version of the Maxwell Basic Tutorial Simulation Example.pdf includes an example of simulating an electrostatic field problem focusing on the calculation of the capacitance of a parallel plate capacitor. The specific steps for modeling, setting up the simulation, applying materials and boundary conditions, solving, and analyzing the results are detailed in the document, ensuring comprehensive guidance for users. Additionally, it is essential to note the potential differences in operations due to various software versions. The example serves as a valuable resource for individuals seeking to learn and understand the principles of electromagnetic field simulations using Maxwell software.