56.5.4 Digital-to-Analog Converter (DAC) Characteristics (125°C)

Table 56-15. Differential Mode⁽¹⁾
Symbol	Parameters	Conditions	Min.	Typ.	Max.	Unit
INL	Integral Non Linearity, Best-fit curve from 0x080 to 0xF7F	i12clk = 12 MHz, V_DDANA = 3.0V, External Ref. = 2.0V, C_LOAD = 50 pF	-	±2.4	±4.1	LSB
INL	Integral Non Linearity, Best-fit curve from 0x080 to 0xF7F	i12clk = 12 MHz, V_DDANA = 3.0V, Internal Ref , C_LOAD = 50 pF	-	±3.2	±4.2	LSB
DNL	Differential Non Linearity, Best-fit curve from 0x080 to 0xF7F	i12clk = 12 MHz, V_DDANA = 3.0V,External Ref. = 2.0V, C_LOAD = 50 pF	-	±2.4	±4.5	LSB
DNL		i12clk = 12 MHz, V_DDANA = 3.0V, Internal Ref , C_LOAD = 50 pF	-	±3.5	±5.4	LSB
Gerr	Gain Error	External Reference voltage	-	±0.4	±1.9	% FSR
Gerr	Gain Error	1.0V Internal Reference voltage	-	±0.8	±8.5	% FSR
Offerr	Offset Error	External Reference voltage	-	±13	±47	mV
Offerr	Offset Error	1.0V Internal Reference voltage	-	±8	±79	mV
ENOB	Effective Number of Bits	Fs = 1Ms/s - External Ref - CCTRL=0x2	9.9	10.7	10.9	dB
SNR	Signal to Noise ratio		63.5	68.6	72.6
THD	Total Harmonic Distortion		-79.1	-72.5	-61.0

Note:

These values are based on characterization. These values are not covered by test limits in production.

Table 56-16. Single-Ended Mode ⁽¹⁾
Symbol	Parameters	Conditions	Min.	Typ.	Max.	Unit
INL	Integral Non Linearity, Best-fit curve from 0x080 to 0xF7F	i12clk = 12 MHz, V_DDANA = 3.0V External Ref. = 2.0V, C_LOAD = 50 pF	-	±2.7	±6.0	LSB
INL	Integral Non Linearity, Best-fit curve from 0x080 to 0xF7F	i12clk = 12 MHz V_DDANA = 3.0V, Internal Ref , C_LOAD = 50 pF	-	±5.2	±11.2	LSB
DNL	Differential Non Linearity, Best-fit curve from 0x080 to 0xF7F	i12clk = 12 MHz, V_DDANA = 3.0V External Ref = 2.0V, C_LOAD = 50 pF	-	±3.5	±8.1	LSB
DNL		i12clk = 12 MHz V_DDANA = 3.0V, Internal Ref, C_LOAD = 50 pF	-	±6.4	±12.1	LSB
Gerr	Gain Error	External Reference voltage	-	±0.3	±1.6	% FSR
Gerr	Gain Error	1.0V Internal Reference voltage	-	±0.8	±8.6	% FSR
Offerr	Offset Error	External Reference voltage	-	±7	±25.5	mV
Offerr	Offset Error	1.0V Internal Reference voltage	-	±2	±19	mV
ENOB	Effective Number of Bits	Fs = 1Ms/s - External Ref - CCTRL=0x2	9.1	10.3	10.7	dB
SNR	Signal to Noise ratio		63.5	68.6	72.6
THD	Total Harmonic Distortion		-79.1	-72.8	-61.0

Note:

These values are based on characterization. These values are not covered by test limits in production.

Table 56-17. Power Consumption
Symbol	Parameters	Conditions	TA	Min.	Typ.	Max.	Unit
I_DDANA	Differential Mode, DC supply current, 2 output channels - without load	fs = 1 Msps, CCTR L= 0x2, V_REF> 2.4V, V_DD= 3.3V	Max. 125°C Typ. 25°C	-	384	634	µA
		fs = 10 ksps, CCTRL = 0x0, V_REF < 2.4V, V_DD= 3.3V		-	283	482	µA
	Single-Ended Mode, DC supply current, 2 output channels - without load	fs = 1 Msps, CCTRL = 0x2, V_REF> 2.4V, V_DD = 3.3V		-	306	517	µA
		fs = 10 ksps, CCTRL = 0x0, V_REF< 2.4V, V_DD = 3.3V		-	230	389	µA

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