BLDC is an entire brushless DC motor design environment. A designer begins by choosing from a library of parameterized slot modules or by drawing from scratch. Once the geometry is set, materials are selected and windings are added by completing a simple table corresponding to each phase.

Using BLDC’s built in schematic capture the designer next builds the inverter topology and describes the control signals. From simple rotor position control to advanced PWM operation BLDC can simulate it. The design is then “run” using one of three solver methods, all of which rely on the Finite Element Method for magnetic field calculations at successive rotor positions.

Major Features:
•Built-In Schematic Capture	•PWM Control Schemes	•No Pre or Post Processing
•Easy Winding Input	•Flux Density Distribution	•Iron Loss Calculation
•Demagnetization Prediction	•Machine Power & Efficiency	•Torque (Output & Cogging)
•All Voltage and Current Waveform	•Parameterized or Flexible Geometry Input