MAX1464 Maxim, MAX1464 Datasheet - Page 30

• Manufacturer Part Number: MAX1464
• Description: Low-Power - Low-Noise Multichannel Sensor Signal Processor
• Manufacturer: Maxim

Low-Power, Low-Noise Multichannel
Sensor Signal Processor
Table 5. ADC_Control (Address = 00h)
Table 6. Initiate Conversion (CNVT1, CNVT2, CNVTT)
*The value bbbb is any nonzero single-ended setting.
30
CNVT1
15–12
BITS
11–8
0
0
0
1
0
0
1
______________________________________________________________________________________
7–3
2
1
0
CNVT2
X
X
0
0
1
0
1
SE[3:0]
CNVT1
CNVT2
CNVTT
NAME
—
—
CNVTT
X
X
X
X
0
1
1
Unused.
Single-ended signal source multiplexer. SE[3] = MSB.
Unused.
1 = Initiate conversion on channel 1 using ADC settings specified in registers ADC_Config_1A and
ADC_Config_1B. The ADC result is stored in ADC_Data_1. CPU is halted during the conversion
process. This bit is automatically reset to zero when conversion is completed.
1 = Initiate conversion on channel 2 using ADC settings specified in registers ADC_Config_2A and
ADC_Config_2B. The ADC result is stored in ADC_Data_2. CPU is halted during the conversion
process. This bit is automatically reset to zero when conversion is completed.
1 = Initiate conversion on temperature sensor using ADC settings specified in registers
ADC_Config_TA and ADC_Config_TB. The ADC result is stored in ADC_Data_T. CPU is halted during
the conversion process. The bit is automatically reset to zero when conversion is completed.
SE[3:0]
bbbb*
bbbb*
bbbb*
XXXX
0000
0000
0000
RESULT
DATA_n
—
—
T
2
1
2
1
No measurement.
Convert the temperature sensor signal using the settings in
ADC_Config_TA and ADC_CONFIG_TB, storing the result in the
ADC_Data_T register.
Convert the differential signal INP2-INM2 using the settings in
ADC_Config_2A and ADC_Config_2B, storing the result in the ADC_Data_2
register.
Convert the differential signal INP1-INM1 using the settings in
ADC_Config_1A and ADC_Config_1B, storing the result in the ADC_Data_1
register.
Not used for any setting of SE[3:0] ≠ 0000.
Convert the single-sided signal indicated by SE[3:0] using the settings in
ADC_Config_2A and ADC_Config_2B, if appropriate, storing the result in
the ADC_Data_2 register.
Convert the single-sided signal indicated by SE[3:0] using the settings in
ADC_Config_1A and ADC_Config_1B, if appropriate, storing the result in
the ADC_Data_1 register.
DESCRIPTION
DESCRIPTION
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