An MCR-to-SRM converter enables incremental upgrades by bridging legacy motor-control registers and modern sensor readouts. Hardware-accelerated translation with configurable mappings and robust error handling achieves low latency and deterministic behavior necessary for real-time control. The prototype demonstrates feasibility and provides a basis for further industrial adoption.
| Parameter | Symbol | Unit (SI) | Definition | |-----------|--------|-----------|-------------| | MCR | $P_MCR$ | kW | Maximum continuous power output at rated shaft speed | | Rated Speed | $N$ | rpm | Rotational speed at MCR | | Torque | $T$ | Nm | Rotational force at MCR ($T = P_MCR \cdot 60 / (2\pi N)$) | | Rotor Mass | $m_r$ | kg | Mass of rotating assembly (shaft + rotor + blades) | | Specific Rated Moment (mass-based) | $SRM_m$ | Nm/kg | $T / m_r$ | | Specific Rated Moment (stress-based) | $SRM_\sigma$ | MPa | $T \cdot R / I_p$ (simplified as shear stress) | mcr to srm converter
: Launch MemcardRex and open your .mcr (or even .gme or .mcd ) file. | Parameter | Symbol | Unit (SI) |
: Move the renamed file to your RetroArch /saves/ directory. Method 2: Using MemcardRex (For Multiple Saves) mcr to srm converter