MAX1329BETL+ Maxim Integrated Products, MAX1329BETL+ Datasheet - Page 61

• Manufacturer Part Number: MAX1329BETL+
• Description: IC DAS 12BIT 300KSPS 40-TQFN-EP
• Manufacturer: Maxim Integrated Products

Specifications of MAX1329BETL+

• Lead Free Status / RoHS Status: Lead free / RoHS Compliant

GTA: ADC Greater-Than (GT) Alarm Status bit (default
= 0). GTA = 1 indicates that ADC GT alarm has been
tripped. The GTA bit clears to 0 by reading the Status
register or by writing the ADC GT Alarm register.
LTA: ADC Less-Than (LT) Alarm Status bit (default = 0).
LTA = 1 indicates that the ADC LT alarm has been
tripped. The LTA bit clears to 0 by reading the Status
register or by writing the ADC LT Alarm register.
APR<4:1>: APIO Rising-Edge Status bit (default = 0). A
logic-high in the APR<4:1> bits indicate that a rising
edge has been detected on the corresponding APIO_.
APR_ clears to 0 when the Status register is read.
* The default states for VM1A and VM1B are 0. However, at power-up, the voltage monitor asserts VM1A and VM1B.
NAME
DEFAULT
NAME
DEFAULT
NAME
DEFAULT
12-/16-Bit DASs with ADC, DACs, DPIOs, APIOs,
Reference, Voltage Monitors, and Temp Sensor
______________________________________________________________________________________
VM1A
DPR4
APR4
MSB
0*
0
0
VM1B
APR3
DPR3
0*
0
0
APR2
DPR2
VM2
0
0
0
APR1
DPR1
ADD
0
0
0
APF<4:1>: APIO Falling-Edge Status bit (default = 0). A
logic-high in the APF<4:1> bits indicate that a falling
edge has been detected on the corresponding APIO_.
APF_ clears to 0 when the Status register is read.
DPR<4:1>: DPIO Rising-Edge Status bit (default = 0). A
logic-high in the DPR<4:1> bits indicate that a rising
edge has been detected on the corresponding DPIO_.
DPR_ clears to 0 when the Status register is read.
DPF<4:1>: DPIO Falling-Edge Status bit (default = 0). A
logic-high in the DPF<4:1> bits indicate that a falling
edge has been detected on the corresponding DPIO_.
DPF_ clears to 0 when the Status register is read.
DPF4
APF4
AFF
0
0
0
APF3
DPF3
ACF
0
0
0
APF2
DPF2
GTA
0
0
0
APF1
DPF1
LSB
LTA
0
0
0
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