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C8051F310 数据表(PDF) 52 Page - Silicon Laboratories

部件名 C8051F310
功能描述  8/16 kB ISP Flash MCU Family
PDF  228 Pages
Scroll/Zoom Zoom In 100%  Zoom Out
制造商  SILABS [Silicon Laboratories]
网页  http://www.silabs.com
标志 SILABS - Silicon Laboratories

C8051F310 数据表(HTML) 52 Page - Silicon Laboratories

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C8051F310/1/2/3/4/5/6/7
52
Rev. 1.7
Inputs are measured from ‘0’ to VREF * 1023/1024. Example codes are shown below for both right-justified
and left-justified data. Unused bits in the ADC0H and ADC0L registers are set to ‘0’.
When in Differential Mode, conversion codes are represented as 10-bit signed 2’s complement numbers.
Inputs are measured from -VREF to VREF * 511/512. Example codes are shown below for both right-justi-
fied and left-justified data. For right-justified data, the unused MSBs of ADC0H are a sign-extension of the
data word. For left-justified data, the unused LSBs in the ADC0L register are set to ‘0’.
Important Note About ADC0 Input Configuration: Port pins selected as ADC0 inputs should be config-
ured as analog inputs, and should be skipped by the Digital Crossbar. To configure a Port pin for analog
input, set to ‘0’ the corresponding bit in register PnMDIN (for n = 0,1,2,3). To force the Crossbar to skip a
Port pin, set to ‘1’ the corresponding bit in register PnSKIP (for n = 0,1,2). See Section “13. Port Input/
Output” on page 129 for more Port I/O configuration details.
5.2.
Temperature Sensor
The typical temperature sensor transfer function is shown in Figure 5.2. The output voltage (VTEMP) is the
positive ADC input when the temperature sensor is selected by bits AMX0P4-0 in register AMX0P.
Figure 5.2. Typical Temperature Sensor Transfer Function
Input Voltage
Right-Justified ADC0H:ADC0L
(AD0LJST = 0)
Left-Justified ADC0H:ADC0L
(AD0LJST = 1)
VREF x 1023/1024
0x03FF
0xFFC0
VREF x 512/1024
0x0200
0x8000
VREF x 256/1024
0x0100
0x4000
0
0x0000
0x0000
Input Voltage
Right-Justified ADC0H:ADC0L
(AD0LJST = 0)
Left-Justified ADC0H:ADC0L
(AD0LJST = 1)
VREF x 511/512
0x01FF
0x7FC0
VREF x 256/512
0x0100
0x4000
0
0x0000
0x0000
–VREF x 256/512
0xFF00
0xC000
–VREF
0xFE00
0x8000
0
-50
50
100
(Celsius)
V
TEMP = 3.35*(TEMPC) + 897 mV
700
800
900
1000
1100
(mV)
1200



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