34.10.5 Digital-to-Analog Converter (DAC) Characteristics

Table 34-24. Operating Conditions
SymbolParameterConditionsMin.Typ.Max.Units
VDDANAAnalog supply voltage-2.7-3.63V
AVREFExternal reference voltage-2.0-VDDANA-0.6V
INT1V--1-V
VDDANA--VDDANA-V
-Linear output voltage range-0.1-VDDANA-0.1V
-Minimum resistive load-5--
-Maximum capacitance load---100pF
IDDDC supply current (1)Voltage pump disabled-160290μA
Note:
  1. These values are based on characterization and are not covered by test limits in production.
Table 34-25. Clock and Timing
SymbolParameterConditionsMin.Typ.Max.Units
Conversion rateCload = 100 pF
Rload > 5kΩNormal mode--350ksps
Startup timeVDDNA > 2.7V--2.85μs
Note: The values in this table are based on simulation and are not covered by test limits in production or characterization.
Table 34-26. Accuracy Characteristics
SymbolParameterConditions (1)VDDMin.Typ.Max.Units
RESInput resolution --10Bits
INL Integral non-linearityVREF = EXT. Vol. Ref.[2.7 - 3.6] V-1.3±0.61.3LSB
VREF = VDDANA[2.7 - 3.6] V-2±12
VREF = INT1V[2.7 - 3.6] V-3.7±0.73.7
DNL Differential non-linearityVREF = EXT. Vol. Ref.[2.7 - 3.6] V-0.7±0.30.7
VREF = VDDANA[2.7 - 3.6] V-0.5±0.30.5
VREF = INT1V[2.7 - 3.6] V-3.9±0.63.9
GEGain errorVREF = EXT. Vol. Ref.[2.7 - 3.6] V-14-6.71.8mV
VREF = INT1V[2.7 - 3.6] V-24-5.412
VREF = VDDANA[2.7 - 3.6] V-52-30-7
OEOffset errorVREF = EXT. Vol. Ref.[2.7 - 3.6] V-121.213mV
VREF = INT1V[2.7 - 3.6] V-16-0.412
VREF = VDDANA[2.7 - 3.6] V-5.5415
Note:
  1. All values are measured using a conversion rate of 35 ksps.