ADC12 Registers
26-25
ADC12
ADC12MCTLx, ADC12 Conversion Memory Control Registers
7
6
5
4
3
2
1
0
EOS
SREFx
INCHx
rw−(0)
rw−(0)
rw−(0)
rw−(0)
rw−(0)
rw−(0)
rw−(0)
rw−(0)
Modifiable only when ENC = 0
EOS
Bit 7
End of sequence. Indicates the last conversion in a sequence.
0
Not end of sequence
1
End of sequence
SREFx
Bits
6-4
Select reference
000 V
R+
= AV
CC
and V
R−
= AV
SS
001 V
R+
= V
REF+
and V
R−
= AV
SS
010 V
R+
= Ve
REF+
and V
R−
= AV
SS
011 V
R+
= Ve
REF+
and V
R−
= AV
SS
100 V
R+
= AV
CC
and V
R−
= V
REF−
/ Ve
REF−
101 V
R+
= V
REF+
and V
R−
= V
REF−
/ Ve
REF−
110 V
R+
= Ve
REF+
and V
R−
= V
REF−
/ Ve
REF−
111
V
R+
= Ve
REF+
and V
R−
= V
REF−
/ Ve
REF−
INCHx
Bits
3-0
Input channel select
0000
A0
0001
A1
0010
A2
0011
A3
0100
A4
0101
A5
0110
A6
0111
A7
1000
Ve
REF+
1001
V
REF−
/Ve
REF−
1010
Temperature sensor
1011
(AV
CC
– AV
SS
) / 2
1100
(AV
CC
– AV
SS
) / 2, A12 on ’FG43x and ’FG461x devices
1101
(AV
CC
– AV
SS
) / 2, A13 on ’FG43x and ’FG461x devices
1110
(AV
CC
– AV
SS
) / 2, A14 on ’FG43x and ’FG461x devices
1111
(AV
CC
– AV
SS
) / 2, A15 on ’FG43x and ’FG461x devices
Summary of Contents for MSP430x4xx Family
Page 1: ...MSP430x4xx Family 2007 Mixed Signal Products User s Guide SLAU056G ...
Page 2: ......
Page 6: ...vi ...
Page 114: ...3 76 RISC 16 Bit CPU ...
Page 304: ...5 20 FLL Clock Module ...
Page 340: ...7 8 Supply Voltage Supervisor ...
Page 348: ...8 8 16 Bit Hardware Multiplier ...
Page 372: ...9 24 32 Bit Hardware Multiplier ...
Page 400: ...10 28 DMA Controller ...
Page 428: ...13 10 Basic Timer1 ...
Page 466: ...15 24 Timer_A ...
Page 522: ...17 30 USART Peripheral Interface UART Mode ...
Page 544: ...18 22 USART Peripheral Interface SPI Mode ...
Page 672: ...23 12 Comparator_A ...
Page 692: ...24 20 LCD Controller ...
Page 746: ...26 28 ADC12 ...