Signed Windows installer
Python is not requiredThe installer includes the required numerical and motor-analysis runtime components.
EDEPT-EM1 2026.1.2
Connect machine definition to transparent simulation evidence.
A signed Windows engineering application for electric-machine geometry, winding synthesis and corrected ideal-sine operating-point studies, supported by controlled manuals and validation evidence.
14-DAY EVALUATION
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Eligible subscriptions started by 31 August 2026. Standard price £50 per month. From paid month 13, the regular price applicable at that time applies.
TECHNICAL TRAINING SESSION
EDEPT-EM1 Technical Training — First-Pass PMSM Design and Analysis
Presented by Devi Narayanan.
DEFAULT 12-SLOT / 10-POLE MODEL
From generated winding to spatial and temporal behaviour.
The captures below use the default three-phase surface-PM machine after winding generation. They preserve the geometry, axes, labels and operating context needed for engineering review.
Integrated engineering workspace
Machine dimensions, winding inputs and calculated evidence remain connected in one reviewable software interface.
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12-slot, 10-pole winding schematic
The generated three-phase, double-layer winding is overlaid directly on the default surface-PM machine geometry.
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Spatial electromagnetic waveforms
The flat magnet field and its fundamental component are kept distinct, alongside stator radial and tangential components and resultant air-gap behaviour.
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Temporal operating waveforms
Phase quantities and torque are resolved over the electrical cycle for transparent operating-point interpretation.
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Animated space-vector tracking
The rotating reference vector and active switching vectors are animated to make the SVPWM relationship visible through the electrical cycle.
View full resolution ↗EDEPT-EM1 supports early-stage investigation under documented ideal-sine assumptions. It does not replace detailed finite-element correlation, thermal or structural assessment, physical validation, or certification.
DEFINE · SYNTHESISE · SIMULATE · REVIEW