"There are three main parts to a motor drive: the motor, the inverter, & the control. The design of any part of the motor drive system usually requires a working motor drive control algorithm. PSIM will automatically calculate a working control algorithm based on user input specifications using Motor Control Design Suite (MCDS). The advanced control algorithms of field weakening (FW) and maximum torque per volt (MTPV) control are included in our design suite. We will leverage this ability to quickly design and compare switch types, capacitor values, or other power hardware elements. We will compare different motor models with the same power level hardware. The design tools in the MCDS leverage the automated current and speed/torque loop control algorithms of PSIM and allows designers to get on with their job instead of getting stuck with control issues.
We will learn how to import realistic machine model parameters from the FEA tools JMAG, and the free online tool JMAG express online. We can quickly import these motor parameters into our design suite producing closed-loop motor drive simulations.
We will also demonstrate our improved capabilities for the analysis of the DC bus, including the introduction of non-ideal switches, common-mode capacitances, long cable models, and parasitic bus inductance for EMI pre-compliance simulation.
Come and see how the design tools can be leveraged to speed up power stage design, motor design, control system design, and integrated motor drive in larger systems."

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