5.4 Supply Voltages and Current Consumption

All parameters refer to GND (backplane) and are valid for T_amb = -40°C to +85°C, V_VS = 1.9-3.6V (3V application) and 2.4-5.5V (5V application) over all process tolerances unless otherwise specified. Typical values are given at V_VS = 5V, T_amb = 25°C and for a typical process unless otherwise specified. Crystal oscillator frequency f_XTO = 24.305 MHz. Standard EEPROM settings are used unless marked with ^*1.

Table 5-3. Supply Voltages and Current Consumption
No.	Parameters	Test Conditions	Pin	Symbol	Min.	Typ.	Max.	Unit	Type*
1.00	Supply voltage range VS	3V application^*1	13	V_VS	1.9	3.0	3.6	V	A
1.00	Supply voltage range VS	5V application	13	V_VS	2.4	5.0	5.5	V	A
1.05	Supply voltage rise time		13	V_{VS_rise}	—	—	1	V/µs	D
1.10	Supply voltage range VS_PA	3V application^*1	8	V_{VS_PA}	1.9	3	3.6	V	A
		5V application (1)			—	3	—		B
		5V application (2)			—	2.2	—		B
1.20	OFFMode Current consumption	3V application^*1	8,13	I_{OFFMode_3V}	—	5	—	nA	—
		T_amb = 25°C					150		B
		T_amb = 85°C					600		B
		T_amb = 105°C					7000		A
		5V application	13	I_{OFFMode_5V}			5000		B
1.30	IDLEMode(RC) Current consumption	SRC active, AVR in Power-down mode, temperature range -40°C to +65°C	13	I_IDLEMode(RC)	—	50	90	μA	B
1.40	IDLEMode(XTO) Current consumption	XTO active, AVR in Power-down mode	13	I_{IDLEMode(XTO)}	—	250	400	μA	B
1.60	IDLEMode(XTO) Current consumption	With active CLK_OUT f_XTO/6 = 4.05 MHz C_{LOAD_CLK_OUT} = 10 pF V_VS = 5.5V AVR running with f_XTO/4 = 6.076 MHz	13,22	I_{IDLEMode(XTO)_CLK_OUT2}	—	1.3	2.5	mA	B
1.80	RXMode Current consumption	AVR running with f_XTO/4	13	I_RXMode1	—	—	—	mA	—
		f_RF = 315 MHz^*1				9.2	12.7		B
		f_RF = 433.92 MHz				9.8	13.2		A
		f_RF = 868.3 MHz^*1				10.4	14.6		A
		fRF = 915 MHz^*1				10.5	14.7		B
2.00	TXMode Current consumption	V_VS = 3V	(7), 8, 13	I_TXMode	—	—	—	mA	—
		P_out = +6 dBm				—	—		—
		f_RF = 315 MHz^*1				8.9	11		B
		f_RF = 433.92 MHz				9.4	12		B
		fRF = 868.3 MHz^*1				11.5	14.5		B
		f_RF = 915 MHz^*1				11.7	15		B
		P_out = +10 dBm^*1				—	—		—
		f_RF = 315 MHz^*1				13.1	17		B
		f_RF = 433.92 MHz				13.8	18.5		B
		f_RF = 868.3 MHz^*1				17.4	22.5		B
		f_RF = 915 MHz^*1				17.4	23		B
		P_out = +14 dBm^*1				—	—		—
		f_RF = 315 MHz^*1				24.3	33		B
		f_RF = 433.92 MHz				26.3	36		B
		f_RF = 868.3 MHz^*1				32.7	45		B
		f_RF = 915 MHz^*1				33.5	46		B

Note: ^*1 Type means: A = 100% tested, B = 100% correlation tested, C = Characterized on samples and D = Design parameter. A pin number in brackets means that they are measured matched to 50Ω on the application board.