Ansoft Maxwell Problem in Assigning Excitation of Current is a simulation software used in the field of electromagnetics to analyze and design electrical and electronic systems. It allows users to assign excitation of current to different components in a system and simulate their behavior under various conditions.
Ansoft Maxwell uses a finite element method to handle assigning excitation of current. This method discretizes the system into small elements and calculates the behavior of each element under the applied current excitation.
Ansoft Maxwell allows users to assign various types of current excitations, including DC, AC, transient, and harmonic. Users can also specify the frequency and amplitude of the current excitation.
Yes, Ansoft Maxwell can handle multiple current excitations in a system. Users can assign different excitations to different components and simulate their combined behavior.
There are some limitations to assigning excitation of current in Ansoft Maxwell. The accuracy of the simulation may be affected by factors such as the complexity of the system, the material properties of the components, and the mesh size used in the simulation. Users should carefully consider these factors when assigning current excitations in Ansoft Maxwell.
