AcroPack Series AP560
CAN Bus Interface Module
- 23 -
The 10-bits digitized and output from the ADC can be converted to
temperature by using the following equation.
15
.
273
1024
975
.
503
)
(
−
=
ADCcode
C
e
Temperatur
The 10-bits digitized and output from the ADC can be converted to voltage by
using the following equation.
V
ADCcode
volts
age
SupplyVolt
3
1024
)
(
=
XADC Address Register (Write Only) - (Base + 64H)
This write only register is used to set the XADC address register with a valid
address for the XADC internal status or control registers. Valid addresses are
given in the following table. Additional addresses can be found in the Xilinx
XADC document UG480 (available from Xilinx). Writing this register is possible
via 32-bit data transfers.
The address value written to this register can be read on bits 22 to 16 of the
XADC Status/Control register at BAR0 plus 0x60H.
Table 15 System Monitor Register Map
Address
Status Register
0x00
Temperature
0x01
Vccint
0x02
Vccaux
0x20
Maximum Temperature
0x21
Maximum Vccint
0x22
Maximum Vccaux
0x24
Minimum Temperature
0x25
Minimum Vccint
0x26
Minimum Vccaux
Summary of Contents for AcroPack AP560
Page 28: ...AcroPack Series AP560 CAN Bus Interface Module 28 Figure 2 Standard Data Frame...
Page 30: ...AcroPack Series AP560 CAN Bus Interface Module 30 Figure 3 Extended Data Frame...
Page 32: ...AcroPack Series AP560 CAN Bus Interface Module 32 Figure 4 Remote Frame...
Page 34: ...AcroPack Series AP560 CAN Bus Interface Module 34 Figure 5 Error Frame...
