DAVE™ Bench and DAVE™ Drive legacy

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About DAVE Bench and DAVE Drive legacy

Shortens the evaluation time for motor control developers significantly as the motor control code can be generated via a GUI instead of handwriting some thousands lines of code

Gives hardware engineers easy access to electronic systems

Uses the full power of Infineon’s microcontroller, e.g. it generates optimized algorithm code for devices which usually requires expert knowledge in both motor control and assembler programming.

Key features
  • Motor types: BLDC, PMSM, Induction motor
  • BLDC Control algorithm:
    •  Sinusoidal Commutation: Sensorless Field Oriented Control (Single shunt current measurement)
    • Trapezoidal commutation using HALL sensors and Sensorless BEMF Zero Crossing detection
  • Induction motor Control algorithm:
  • V/Hz Openloop Speed control
  • Microcontrollers:
    •  8-bit XC800: XC878CLM, XC888CLM, XC886CLM, XC866, XC864, XC824, XC836
    •   16-bit XE166 microcontroller series: XE164F (Classic Series), XE162FN (N Series), XE162FM (N Series), XE161FL (L Series)
  • Flexibly generates optimized code and is not based on static libraries
  • Supports user specific motor & Power board configurations
  • Configures Infineon’s powerful and flexible motor control peripherals
  • Includes User Manuals & Algorithm parameter calculations
  • Helps designers to quickly and easily implement advanced motor control techniques on low-cost components
  •  Is pre-configured for Infineon’s  3-phase high voltage Motor Drive Applications Kit ( KIT_AK_3PHASE_DRIVE_V1 ) and the low voltage DAvE Drive Application Kit ( KIT_AK_DaveDrive_V3 ) DAVE-Drive-Screen-BD-2 
Infineon Developer Center

To support you during the evaluation of your product/board, Infineon Developer Center provides you two main sections:

Software:Find all the software from Infineon

Tools: Find all tools which are getting offered by Infineon for the evaluation

Software
Tools

About DAVE Bench and DAVE Drive legacy

Shortens the evaluation time for motor control developers significantly as the motor control code can be generated via a GUI instead of handwriting some thousands lines of code

Gives hardware engineers easy access to electronic systems

Uses the full power of Infineon’s microcontroller, e.g. it generates optimized algorithm code for devices which usually requires expert knowledge in both motor control and assembler programming.

Key features
  • Motor types: BLDC, PMSM, Induction motor
  • BLDC Control algorithm:
    •  Sinusoidal Commutation: Sensorless Field Oriented Control (Single shunt current measurement)
    • Trapezoidal commutation using HALL sensors and Sensorless BEMF Zero Crossing detection
  • Induction motor Control algorithm:
  • V/Hz Openloop Speed control
  • Microcontrollers:
    •  8-bit XC800: XC878CLM, XC888CLM, XC886CLM, XC866, XC864, XC824, XC836
    •   16-bit XE166 microcontroller series: XE164F (Classic Series), XE162FN (N Series), XE162FM (N Series), XE161FL (L Series)
  • Flexibly generates optimized code and is not based on static libraries
  • Supports user specific motor & Power board configurations
  • Configures Infineon’s powerful and flexible motor control peripherals
  • Includes User Manuals & Algorithm parameter calculations
  • Helps designers to quickly and easily implement advanced motor control techniques on low-cost components
  •  Is pre-configured for Infineon’s  3-phase high voltage Motor Drive Applications Kit ( KIT_AK_3PHASE_DRIVE_V1 ) and the low voltage DAvE Drive Application Kit ( KIT_AK_DaveDrive_V3 ) DAVE-Drive-Screen-BD-2 

Infineon Developer Center

To support you during the evaluation of your product/board, Infineon Developer Center provides you two main sections:

Software:Find all the software from Infineon

Tools: Find all tools which are getting offered by Infineon for the evaluation

Software
Tools

Documents

Documents

Design resources