SCP1000 Test Program

Initializing ......................................................

Resetting SCP1000 ASIC

Direct_Write Subroutine
  NumBits = 8
  RegAddr = $06 %00000110
  ioByte  = $01 %00000001
  RegAddr  = $18 %00011000
  RegAddr  = $1A %00011010
End Direct_Write

Get ASIC revision number

Direct_Read Subroutine
  NumBits = 8
  RegAddr = $00 %00000000
  Result  = $0000 %0000000000000000
  NumBits = 8
  Result  = $0000 %0000000000000000
  RegAddr  = $00 %00000000
  Result  = $0001 %0000000000000001
End Direct_Read

ASIC rev number = 1

Read Status Register

Direct_Read Subroutine
  NumBits = 8
  RegAddr = $07 %00000111
  Result  = $0001 %0000000000000001
  NumBits = 8
  Result  = $0000 %0000000000000000
  RegAddr  = $1C %00011100
  Result  = $0006 %0000000000000110
End Direct_Read

Status reg = $0006 %0000000000000110

Write value $05 to DATAWR register

Direct_Write Subroutine
  NumBits = 8
  RegAddr = $01 %00000001
  ioByte  = $D7 %11010111
  RegAddr  = $04 %00000100
  RegAddr  = $06 %00000110
End Direct_Write

Read DATAWR Register

Direct_Read Subroutine
  NumBits = 8
  RegAddr = $01 %00000001
  Result  = $0006 %0000000000000110
  NumBits = 8
  Result  = $0000 %0000000000000000
  RegAddr  = $04 %00000100
  Result  = $00D7 %0000000011010111
End Direct_Read

DATAWR reg = $00D7 %0000000011010111

Write value $AA to EEPROM USERDATA1

Indirect_Write Subroutine
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $02 %00000010
  ioByte  = $2A %00101010
  RegAddr  = $08 %00001000
  RegAddr  = $0A %00001010
End Direct_Write
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $01 %00000001
  ioByte  = $AA %10101010
  RegAddr  = $04 %00000100
  RegAddr  = $06 %00000110
End Direct_Write
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $03 %00000011
  ioByte  = $06 %00000110
  RegAddr  = $0C %00001100
  RegAddr  = $0E %00001110
End Direct_Write
End Indirect_Write.

Write value $9E to EEPROM USERDATA2

Indirect_Write Subroutine
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $02 %00000010
  ioByte  = $2A %00101010
  RegAddr  = $08 %00001000
  RegAddr  = $0A %00001010
End Direct_Write
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $01 %00000001
  ioByte  = $9E %10011110
  RegAddr  = $04 %00000100
  RegAddr  = $06 %00000110
End Direct_Write
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $03 %00000011
  ioByte  = $06 %00000110
  RegAddr  = $0C %00001100
  RegAddr  = $0E %00001110
End Direct_Write
End Indirect_Write.

Read EEPROM USERDATA1

Indirect_Read Subroutine
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $02 %00000010
  ioByte  = $29 %00101001
  RegAddr  = $08 %00001000
  RegAddr  = $0A %00001010
End Direct_Write
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $03 %00000011
  ioByte  = $05 %00000101
  RegAddr  = $0C %00001100
  RegAddr  = $0E %00001110
End Direct_Write
Direct_Read Subroutine
  NumBits = 8
  RegAddr = $1F %00011111
  Result  = $00D7 %0000000011010111
  NumBits = 8
  Result  = $0000 %0000000000000000
  RegAddr  = $7C %01111100
  Result  = $00AF %0000000010101111
End Direct_Read
End Indirect_Read.

EEPROM USERDATA1 = $00AF %0000000010101111

Read EEPROM USERDATA2

Indirect_Read Subroutine
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $02 %00000010
  ioByte  = $2A %00101010
  RegAddr  = $08 %00001000
  RegAddr  = $0A %00001010
End Direct_Write
Direct_Write Subroutine
  NumBits = 8
  RegAddr = $03 %00000011
  ioByte  = $05 %00000101
  RegAddr  = $0C %00001100
  RegAddr  = $0E %00001110
End Direct_Write
Direct_Read Subroutine
  NumBits = 8
  RegAddr = $1F %00011111
  Result  = $00AF %0000000010101111
  NumBits = 8
  Result  = $0000 %0000000000000000
  RegAddr  = $7C %01111100
  Result  = $009E %0000000010011110
End Direct_Read
End Indirect_Read.

EEPROM USERDATA2 = $009E %0000000010011110

End of program.