| Summary: | 碩士 === 國立臺北科技大學 === 電機工程系所 === 95 === Bond graph is a mean to perform dynamic simulation to a system. Using graphic notations such as bonds and junction to represent the relationships of energies of system objects, and analyze characteristics of the system. Using a macroscopic-scale to view energy, this method finds the commonalities between the operations of various energy systems; This thesis uses the bond graph simulation method to perform actual simulation on switching system circuits. The original system circuit structures are preserved, with the corresponding devices converted and device parameters altered simultaneously in the bond graph. Therefore, there is a basis for possible future changes in the system structures or device parameters, which is an improvement over the traditional approach of using circuit theories to perform dynamic system analysis, with which the original system structures are completely destroyed.
Complete simulation process on switching system circuit has been completed, including the construction of bond graph, analysis of simulation results, and the comparison to traditional simulation methods. By analyzing simulation results and the post-simulation system structures, it is proven that bond graph is a better tool for analyzing dynamic system characteristics and designing such systems.
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