some explanation needed

[Madbunny1]

Hi,

I am using TLE9879QXA40 Infineon microcontroller https://www.infineon.com/dgdl/Infin...N.pdf?fileId=5546d4625a888733015a89d10a283f20

with the Commutation Output pattern which I made is not able to run the Motor but just activating the MOSFET's.
Can anyone explain what the Problem is?

#if (BCHALL_OFFSET_60DEGREE_EN == 0) 
  { 
    (uint16)Ccu6_SetPtns(0, 0, 0x00), /* Hall pattern=0, forward direction (error) */
    (uint16)Ccu6_SetPtns(1, 3, 0x31), /* Hall pattern=1, forward direction */
    (uint16)Ccu6_SetPtns(2, 6, 0x07), /* Hall pattern=2, forward direction */
    (uint16)Ccu6_SetPtns(3, 2, 0x34), /* Hall pattern=3, forward direction */
    (uint16)Ccu6_SetPtns(4, 5, 0x1C), /* Hall pattern=4, forward direction */
    (uint16)Ccu6_SetPtns(5, 1, 0x0D), /* Hall pattern=5, forward direction */
    (uint16)Ccu6_SetPtns(6, 4, 0x13), /* Hall pattern=6, forward direction */
    (uint16)Ccu6_SetPtns(0, 0, 0x00), /* Hall pattern=7, forward direction (error) */
    (uint16)Ccu6_SetPtns(0, 0, 0x00), /* Hall pattern=0, reverse direction (error) */
    (uint16)Ccu6_SetPtns(1, 5, 0x13), /* Hall pattern=1, reverse direction */
    (uint16)Ccu6_SetPtns(2, 3, 0x0D), /* Hall pattern=2, reverse direction */
    (uint16)Ccu6_SetPtns(3, 1, 0x1C), /* Hall pattern=3, reverse direction */
    (uint16)Ccu6_SetPtns(4, 6, 0x34), /* Hall pattern=4, reverse direction */
    (uint16)Ccu6_SetPtns(5, 4, 0x07), /* Hall pattern=5, reverse direction */
    (uint16)Ccu6_SetPtns(6, 2, 0x31), /* Hall pattern=6, reverse direction */
    (uint16)Ccu6_SetPtns(0, 0, 0x00)  /* Hall pattern=7, reverse direction (error) */
  },
#else /* (BCHALL_OFFSET_60DEGREE_EN == 1) */
  { 
    (uint16)Ccu6_SetPtns(0, 0, 0x00), /* Hall pattern=0, forward direction (error) */
    (uint16)Ccu6_SetPtns(5, 4, 0x38), /* Hall pattern=1, forward direction */
    (uint16)Ccu6_SetPtns(3, 1, 0x0E), /* Hall pattern=2, forward direction */
    (uint16)Ccu6_SetPtns(1, 5, 0x32), /* Hall pattern=3, forward direction */
    (uint16)Ccu6_SetPtns(6, 2, 0x23), /* Hall pattern=4, forward direction */
    (uint16)Ccu6_SetPtns(4, 6, 0x0B), /* Hall pattern=5, forward direction */
    (uint16)Ccu6_SetPtns(2, 3, 0x2C), /* Hall pattern=6, forward direction */
    (uint16)Ccu6_SetPtns(0, 0, 0x00), /* Hall pattern=7, forward direction (error) */
    (uint16)Ccu6_SetPtns(0, 0, 0x00), /* Hall pattern=0, reverse direction (error) */
    (uint16)Ccu6_SetPtns(3, 2, 0x0B), /* Hall pattern=1, reverse direction */
    (uint16)Ccu6_SetPtns(6, 4, 0x32), /* Hall pattern=2, reverse direction */
    (uint16)Ccu6_SetPtns(2, 6, 0x38), /* Hall pattern=3, reverse direction */
    (uint16)Ccu6_SetPtns(5, 1, 0x2C), /* Hall pattern=4, reverse direction */
    (uint16)Ccu6_SetPtns(1, 3, 0x23), /* Hall pattern=5, reverse direction */
    (uint16)Ccu6_SetPtns(4, 5, 0x0E), /* Hall pattern=6, reverse direction */
    (uint16)Ccu6_SetPtns(0, 0, 0x00)  /* Hall pattern=7, reverse direction (error) */
  },
#endif /* (BCHALL_OFFSET_60DEGREE_EN == 1) */

  /* T12Moden - T12 modulation enable patterns 
   * Table value = 0x80(MCMEN) + pattern for T12MODEN
   * Pattern = COUT62*32 + CC62*16 + COUT61*8 + CC61*4 + COUT60*2 + CC60 */
#if (BCHALL_OFFSET_60DEGREE_EN == 0) 
  {
    (uint8)(0x00),        /* Hall pattern=0, forward direction (error) */
    (uint8)(0x80 + 0x30), /* Hall pattern=1, forward direction */
    (uint8)(0x80 + 0x03), /* Hall pattern=2, forward direction */
    (uint8)(0x80 + 0x33), /* Hall pattern=3, forward direction */
    (uint8)(0x80 + 0x0C), /* Hall pattern=4, forward direction */
    (uint8)(0x80 + 0x3C), /* Hall pattern=5, forward direction */
    (uint8)(0x80 + 0x0F), /* Hall pattern=6, forward direction */
    (uint8)(0x00),        /* Hall pattern=7, forward direction (error) */
    (uint8)(0x00),        /* Hall pattern=0, reverse direction (error) */
    (uint8)(0x80 + 0x03), /* Hall pattern=1, reverse direction */
    (uint8)(0x80 + 0x0C), /* Hall pattern=2, reverse direction */
    (uint8)(0x80 + 0x0F), /* Hall pattern=3, reverse direction */
    (uint8)(0x80 + 0x30), /* Hall pattern=4, reverse direction */
    (uint8)(0x80 + 0x33), /* Hall pattern=5, reverse direction */
    (uint8)(0x80 + 0x3C), /* Hall pattern=6, reverse direction */
    (uint8)(0x00)         /* Hall pattern=7, reverse direction (error) */
  },
#else /* (BCHALL_OFFSET_60DEGREE_EN == 1) */
  {
    (uint8)(0x00),        /* Hall pattern=0, forward direction (error) */
    (uint8)(0x80 + 0x3C), /* Hall pattern=1, forward direction */
    (uint8)(0x80 + 0x33), /* Hall pattern=2, forward direction */
    (uint8)(0x80 + 0x30), /* Hall pattern=3, forward direction */
    (uint8)(0x80 + 0x0F), /* Hall pattern=4, forward direction */
    (uint8)(0x80 + 0x0C), /* Hall pattern=5, forward direction */
    (uint8)(0x80 + 0x03), /* Hall pattern=6, forward direction */
    (uint8)(0x00),        /* Hall pattern=7, forward direction (error) */
    (uint8)(0x00),        /* Hall pattern=0, reverse direction (error) */
    (uint8)(0x80 + 0x33), /* Hall pattern=1, reverse direction */
    (uint8)(0x80 + 0x0F), /* Hall pattern=2, reverse direction */
    (uint8)(0x80 + 0x03), /* Hall pattern=3, reverse direction */
    (uint8)(0x80 + 0x3C), /* Hall pattern=4, reverse direction */
    (uint8)(0x80 + 0x30), /* Hall pattern=5, reverse direction */
    (uint8)(0x80 + 0x0C), /* Hall pattern=6, reverse direction */
    (uint8)(0x00)         /* Hall pattern=7, reverse direction (error) */
  },
#endif /* (BCHALL_OFFSET_60DEGREE_EN == 1) */

Thanks

 

[KlausST]

Hi,

Your headline is not descriptive.
Next time please use a more problem related headline, to enable other forum user to find your thread according it's headline.

is not able to run the Motor

This is not descriptive, too.
* what did you expect?
* how did you try to achieve this
* what happens instead?
* what did you do to debug the problem
* what are the debug results?

Klaus