User Manual 493 of 562 V 1.0
2021-08-25
XDPP1100 technical reference manual
Digital power controller
Central processing unit subsystem
Register name Field name
Access Address
Bits
Description
WDOGITOP
ITINT
W
6000_0F04h [1]
Integration test WDOGINT value.
Sets the value of the WDOGINT
signal when in integration test
mode.
0: Set WDOGINT low
1: Set WDOGINT high
WDOGPERIPHI
D0
PartNumber0
R
6000_0FE0h [7:0]
PartNumber[7:0]. Together with the
upper bits from PartNumber1,
PartNumber[11:0] identifies the
peripheral. In this case the three-
digit product code, 0x061, is
returned.
WDOGPERIPHI
D1
PartNumber1
R
6000_0FE4h [3:0]
PartNumber[11:8]. Together with
the lower bits from PartNumber0,
PartNumber[11:0] identifies the
peripheral. In this case the three-
digit product code, 0x061, is
returned.
WDOGPERIPHI
D1
Designer0
R
6000_0FE4h [7:4]
DesignerID[3:0]. Together with the
upper bits from Designer1,
DesignerID[7:0] identifies the
peripheral designer. In this case it
returns 0x41, indicating Arm® Ltd.
WDOGPERIPHI
D2
Designer1
R
6000_0FE8h [3:0]
DesignerID[7:4]. Together with the
lower bits from Designer0,
DesignerID[7:0] identifies the
peripheral designer. In this case it
returns 0x41, indicating Arm® Ltd.
WDOGPERIPHI
D2
Revision
R
6000_0FE8h [7:4]
Returns the peripheral revision
number with 0 indicating the initial
revision.
WDOGPERIPHI
D3
Configuration
R
6000_0FECh [7:0]
Returns the configuration option of
the peripheral.
WDOGPCELLID
0
WDOGPCELLID0
R
6000_0FF0h [7:0]
CellID[7:0]. Together with the other
cell ID registers, CellID[31:0] is used
as a standard cross-peripheral ID
system. In this case CellID[31:0] =
0xB105F00D.
WDOGPCELLID
1
WDOGPCELLID1
R
6000_0FF4h [7:0]
CellID[15:8]. Together with the
other cell ID registers, CellID[31:0] is
used as a standard cross-peripheral
ID system. In this case CellID[31:0] =
0xB105F00D.
WDOGPCELLID
2
WDOGPCELLID2
R
6000_0FF8h [7:0]
CellID[23:16]. Together with the
other cell ID registers, CellID[31:0] is
used as a standard cross-peripheral
