Advanced Motor Control Code
Software prototyping of advanced motor control algorithms for your product
Advanced Motor Control Code
Expert know-how in advanced motor control applications
Prototyping of your motor control application using our SW and expertise
Research and development of various advanced motor control algorithms
V-model software development for embedded systems coded in C or C++
Supporting system simulations and model-based development
Customizable motor control solution for your application
Our software is independent of microcontroller manufacturer
Supporting most of electric motors
Motor control engineering, consultations, technical leading and trainings
Standard MC algorithms
Portfolio
Six-step commutation
Scalar control
Open loop or closed loop control
Current control
Torque control
Speed control
Clark / Park transformations
PI controller and PID controller
Hysteresis controller
PWM: Sinusoidal or SVM (Space Vector Modulation)
Additional basic algorithms
sin, cos, tan, atan, integrator, lookup tables, ramp, logical operators, digital filters (LPF, HPF, BPF, BSF, MA), ....
Advanced MC algorithms
Portfolio
Field-oriented control (dq - control / vector control)
Precise position control
Sensorless control
Full-speed range sensorless control
Flux observer and estimator
Back-EMF observer and estimator
Sliding-mode observer
State-space observer
Zero and low speed observer using high-frequency injection
Initial rotor position estimation with magnets polarity detection
Zero-cross detection for six-step commutation control
MTPA (Maximum Torque Per Ampere) and MTPV
Field-weakening
Noise and vibrations minimization
Motor parameters estimator (online / offline)
Motor temperature estimation and losses estimation
Automatic tuning of control parameters
Multi-functional FOC
Parameters estimation
Automatic tuning of FOC parameters
Field-Oriented Control
Phase-locked loop (PLL)
Cogging torque identification and elimination
Torque ripple minimization
State space control
Resonant-PI controller
Dead-time compensation
Direct torque control (DTC)
Current harmonic controller
Random PWM (frequency spread PWM)
Functional safety motor control
Plausibility checkers and fault detection
Safety manager with safe states
Model-based development
MiL / SiL simulations
Advanced filters
Kalman filter
Fast-Fourier Transformation
Software solution
Portfolio
Standard and advanced motor control algorithms
Prototyping and engineering of various motor control applications
Customizable SW solution for your motor control application
SW development for embedded systems coded in C or C++
SW is independent of microcontroller manufacturer
Supporting model-based development
SW development according to V-model
Requirements
Architecture and design
Implementation
Unit testing and integration testing
Documentation
Motor Control Trainings
Portfolio
Online or offline motor control trainings and lectures
Training materials and documentation
Technical leading and consultations
Knowledge build-up
Supported motors
Portfolio
Brushed DC Motor
Permanent Magnet Synchronous Motor (PMSM)
Brushless DC Motor (BLDC)
Induction / Asynchronous Motor (ASM)
Synchronous Reluctance Motor (SynRel)
Supported sensors
Portfolio
Current sensor
Voltage sensor
Temperature sensor
Position and speed sensors
Encoder
Resolver
Hall
Magnetic
Contact
You can contact us with your request via submit form or via the email:
info@amccode.com