3.3.1 Electrical Characteristics - ATxmega64A3U

A clarification has been made for the electrical characteristics for ATxmega64A3U, removing all traces of 105°C characteristics.

The following tables are affected:

Functional changes are shown in bold.

Table 36-2 General Operating Conditions


Symbol	Parameter	Condition	Min.	Max.	Units
V_CC	Power supply voltage		1.60	3.6	V
AV_CC	Analog supply voltage		1.60	3.6	V
T_A	Temperature range	85°C	-40	85	°C
T_A	Temperature range	105°C	-40	105	°C
T_j	Junction temperature	85°C	-40	105	°C
T_j	Junction temperature	105°C	-40	125	°C

Table 36-4 Current Consumption For Active Mode And Sleep Modes


Symbol	Parameter	Condition		Typ.	Max.	Units
I_CC	Active power consumption⁽¹⁾	32 kHz, Ext. Clk	V_CC = 1.8V	50		μA
		32 kHz, Ext. Clk	V_CC = 3.0V	125
		1 MHz, Ext. Clk	V_CC = 1.8V	250
		1 MHz, Ext. Clk	V_CC = 3.0V	520
		2 MHz, Ext. Clk	V_CC = 1.8V	450	550
		2 MHz, Ext. Clk	V_CC = 3.0V	0.9	1.4	mA
		32 MHz, Ext. Clk	V_CC = 3.0V	9.5	15	mA
	Idle power consumption⁽¹⁾	32 kHz, Ext. Clk	V_CC = 1.8V	3.0		μA
		32 kHz, Ext. Clk	V_CC = 3.0V	4.8
		1 MHz, Ext. Clk	V_CC = 1.8V	75
		1 MHz, Ext. Clk	V_CC = 3.0V	140
		2 MHz, Ext. Clk	V_CC = 1.8V	145	250
		2 MHz, Ext. Clk	V_CC = 3.0V	275	450
		32 MHz, Ext. Clk	V_CC = 3.0V	4.4	7.0	mA
I_CC	Power-down power consumption	T = 25°C	V_CC = 3.0V	0.1	1.0	μA
		T = 85°C		1.6	5.0
		T = 105°C		1.6	7
		WDT and Sampled BOD enabled, T = 25°C	V_CC = 3.0V	1.3	3.0
		WDT and Sampled BOD enabled, T = 85°C		2.5	7.0
		WDT and Sampled BOD enabled, T = 105°C		2.5	8
	Power-save power consumption⁽²⁾	RTC from ULP clock, WDT and sampled BOD enabled, T = 25°C	V_CC = 1.8V	1.2		μA
		RTC from ULP clock, WDT and sampled BOD enabled, T = 25°C	V_CC = 3.0V	1.3
		RTC from 1.024 kHz, low power 32.768 kHz TOSC, T = 25°C	V_CC = 1.8V	0.6	2
		RTC from 1.024 kHz, low power 32.768 kHz TOSC, T = 25°C	V_CC = 3.0V	0.7	2
		RTC from low power 32.768 kHz TOSC, T = 25°C	V_CC = 1.8V	0.8	3
		RTC from low power 32.768 kHz TOSC, T = 25°C	V_CC = 3.0V	1.0	3
	Reset power consumption	Current through RESET pin subtracted	V_CC = 3.0V	150		μ

Note:

Table 36-20 Endurance And Data Retention