46.4.1 BODVDD - Brown Out Detector Characteristics

See NVM User Row Mapping for the BODVDD default value settings. These values are based on simulation and are not covered by test limits in production or characterization.

Figure 46-1. BODVDD Hysteresis OFF

Figure 46-2. BODVDD Hysteresis ON

Table 46-3. Power Consumption (see Note 1)
Symbol	Parameters	Conditions	Ta	Typ.	Max	Units
I_DD	IDLE, Mode CONT	VDD = 2.7V	Max 105°C Typ 25°C	22.5	26.7	µA
	IDLE, Mode CONT	VDD = 5.0V		41.0	47.9
	IDLE, Mode SAMPL	VDD = 2.7V		0.1	1.5
	IDLE, Mode SAMPL	VDD = 5.0V		0.1	1.9
	STANDBY, Mode SAMPL	VDD = 2.7V		0.8	2.1
	STANDBY, Mode SAMPL	VDD = 5.0V		3.5	4.9

Note:

These values are based on characterization.

Table 46-4. BODVDD Characteristics (see Note 2)
Symbol	Parameters	Conditions	Min	Typ	Max	Unit
VBOD+ ⁽¹⁾	BODVDD high threshold Level	VDD level, BOD setting = 8 (default)	-	2.86	2.98	V
		VDD level, BOD setting = 9	-	2.92	3.01
		VDD level, BOD setting = 44	-	4.57	4.82
VBOD- / VBOD ⁽¹⁾	BODVDD low threshold Level	VDD level, BOD setting = 8 (default)	2.71	2.8	2.90
		VDD level, BOD setting = 9	2.75	2.85	2.96
		VDD level, Bod setting = 44	4.37	4.51	4.66
	Step size		-	60	-	mV
VHys ⁽¹⁾	Hysteresis (VBOD+ - VBOD-) BODVDD.LEVEL = 8 to 48	VDD	40	-	75	mV
Tstart ⁽³⁾	Startup time	Time from enable to RDY	-	3.1	-	μs

Note:

These values are based on characterization.
BODVDD in Continuous mode.
This value is based on simulation and not covered by test or characterization.

The online versions of the documents are provided as a courtesy. Verify all content and data in the device’s PDF documentation found on the device product page.