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STDES-LVHP01

Three phases Motor power board for multiple sensor-less modes. Voltage range from 18V up to 48V, max output current per phase 50A RMS

GradeIndustrial

The main objective of the low-voltage high-current inverter motor control board reference design is to recommend a layout and associated BOM for dedicated applications (this board is not for sale).The STDES-LVHP01 low-voltage high-current inverter motor control board, coupled with the...
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Key features
  • Includes ST state-of-the-art patented technology
  • Reference design
    • Low-voltage high-current inverter motor control board
  • Main features
    • Input voltage (battery) from 18 V up to 48 V
    • Output current per phase up to 50 A rms continuous
    • PWM frequency from 10 kHz up to 70 kHz
    • Hardware dead time set at 250 ns
    • Hardware overcurrent protection fixed at 152 A or 236 A. A lower overcurrent value is possible through an onboard variable resistor.
    • Overvoltage detection fixed at 48 V or 96 V. A lower overvoltage value is possible through an onboard variable resistor.
  • Controller board
    • This board must be coupled with a dedicated ZeST Discovery board controller through the PCI port. Refer to B-G473E-ZEST1S for further details.
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GradeIndustrial

The main objective of the low-voltage high-current inverter motor control board reference design is to recommend a layout and associated BOM for dedicated applications (this board is not for sale).The STDES-LVHP01 low-voltage high-current inverter motor control board, coupled with the...
Read More

Key features
  • Includes ST state-of-the-art patented technology
  • Reference design
    • Low-voltage high-current inverter motor control board
  • Main features
    • Input voltage (battery) from 18 V up to 48 V
    • Output current per phase up to 50 A rms continuous
    • PWM frequency from 10 kHz up to 70 kHz
    • Hardware dead time set at 250 ns
    • Hardware overcurrent protection fixed at 152 A or 236 A. A lower overcurrent value is possible through an onboard variable resistor.
    • Overvoltage detection fixed at 48 V or 96 V. A lower overvoltage value is possible through an onboard variable resistor.
  • Controller board
    • This board must be coupled with a dedicated ZeST Discovery board controller through the PCI port. Refer to B-G473E-ZEST1S for further details.