YROTATE-IT-RX66T

Features

• E²Studio Environment Compiler CC-RX free of charge for the RX66T MCU.
• To speed up the design phase of new equipment and reduce the design cost.
• The reference kit is the suitable solution that is easily customizable.
• Fast & elegant solution to get your 1st prototype ready in a few hours.
• Easy customization, auto-tuning, self-calibration, to reach highest efficiency, easy tweaking, adjust the amount of energy to be used.
• Motor Control: Start, Stop, Speed and Direction.
• Property Monitor where motor parameters can be analyzed: Speed, Currents, Voltages, Torque.
• Operation and Parameters can be saved to Excel file.
• Inverter design – easy with Renesas.
• Low CPU bandwidth used, little memory footprint.
• Board able to drive up to three 3-phase motors, either low of high voltage motors.
• E2 Lite debugger enabling full debugging.
• Floating Point Unit enables easy implementation of any theoretical models developed on PC simulation tools.
• Software available in C language.
• FOC Control enabling and offering a high precision control.
• Enables usage of Hall / Encoder / Resolver Sensors for Position and Drive Control. 
• Enables and Supports the eAI based Predictive Maintenance.
• Enables extension to Wireless Communication (BLE / WiFi).
• Hard- and Software Capabilities
  • Motor Axis: Up to 3 - Axis selectable
  • Memory Footprint: 48.3KB Flash / 4.9KB RAM
  • PWM Frequency:  4KHz to 64KHz, (Default: 16KHz)
  • Control Loop Frequency: 4KHz to 16KHz, (Default: 8KHz)
  • CPU Time available: 58μsec (3-Axis FOC sensor-less Control including debug features and auto tuning/self identification)
  • Auto Tuning: Enabled per Default
  • Motor Identification: Enabled per Default
  • Flux Weakening: Enabled per Default
  • System Monitoring (V_BUS, Over Current, Phase Lost, etc.): Enabled per Default
  • eAI based Abnormal Failure Detection (Predictive Maintenance): Enabled on Request

Applications

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