66.2 DC Characteristics

Unless otherwise specified, the following characteristics are applicable to the ambient operating temperature range defined in Ordering Information: -40°C to +85°C or -40°C to +105°C, depending on the device's ordering code.

Table 66-2. Recommended Thermal Operating Conditions
Symbol	Parameter	Conditions	Min	Typ	Max	Unit
T_A	Ambient Temperature	–	-40	–	+105	°C
T_J	Junction Temperature	–	-40	–	+125	°C
R_thJA	Junction-to-ambient thermal resistance	LFBGA289	–	34.8	–	°C/W
		TFBGA196	–	44.6	–
		TFBGA256	–	27.4	–
		TFBGA289	–	28.4	–
R_thJC	Junction-to-case thermal resistance	LFBGA289	–	10.9	–	°C/W
		TFBGA196	–	11.2	–
		TFBGA256	–	9.3	–
		TFBGA289	–	13.0	–
R_thJB	Junction-to-board thermal resistance	LFBGA289	–	23.3	–	°C/W
		TFBGA196	–	30.3	–
		TFBGA256	–	19.0	–
		TFBGA289	–	15.8	–
P_D	Allowable power dissipation	At T_A = 85°C, LFBGA289	–	–	1149	mW
		At T_A = 105°C, LFBGA289	–	–	575	mW
		At T_A = 85°C, TFBGA256	–	–	1460	mW
		At T_A = 105°C, TFBGA256	–	–	730	mW
		At T_A = 85°C, TFBGA196	–	–	897	mW
		At T_A = 105°C, TFBGA196	–	–	448	mW
		At T_A = 85°C, TFBGA289	–	–	1408	mW
		At T_A = 105°C, TFBGA289	–	–	704	mW

Table 66-3. DC Characteristics
Symbol	Parameter	Conditions	Min	Typ	Max	Unit
V_DDCORE	DC supply core	Processor clock frequency < 400 MHz	1.1	1.2	1.32	V
	DC supply core	Processor clock frequency < 500 MHz	1.2	1.25	1.32	V
	Allowable voltage ripple	rms value 10 kHz to 20 MHz	–	–	15	mV
	Slope	–	1.3	–	–	V/ms
V_DDBU	DC supply I/Os, backup	Must be established first	1.65		3.6	V
	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	30	mV
	Slope	–	2.4	–	–	V/ms
V_DDANA	DC supply I/Os, backup	The ADC is not functional below 2.0V	1.65		3.6	V
	Allowable voltage ripple	rms value 10 kHz to 20 MHz	–	–	20	mV
	Slope	–	2.4	–	–	V/ms
V_DDIOP0	DC supply LCD I/Os		1.65	–	3.6	V
V_DDIOP0	Allowable voltage ripple	rms value 10 kHz to 20 MHz	–	–	20	mV
V_DDIOP1	DC supply peripheral I/Os	Peripheral I/O Lines	1.65	–	3.6	V
V_DDIOP1	Allowable voltage ripple	rms value 10 kHz to 20 MHz	–	–	20	mV
V_DDIOP2	DC supply peripheral I/Os	Peripheral I/O Lines	1.65	–	3.6	V
V_DDIOP2	Allowable voltage ripple	rms value 10 kHz to 20 MHz	–	–	20	mV
V_DDPLLA	PLL A and main oscillator supply	–	1.1	1.2	1.32	V
	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	20	mV
	Allowable voltage ripple	rms value > 10 MHz	–	–	20	mV
V_DDUTMIC	DC supply UDPHS and UHPHS UTMI+ core	–	1.1	1.2	1.32	V
V_DDUTMIC	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	20	mV
V_DDUTMII	DC supply UDPHS and UHPHS UTMI+ interface	–	3.0	3.3	3.6	V
V_DDUTMII	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	20	mV
V_DDHSIC	DC supply HSIC phy	–	1.1	1.2	1.3	V
V_DDHSIC	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	20	mV
V_DDAUDIOPLL	DC Supply AUDIO PLL	–	3.0	3.3	3.6	V
V_DDAUDIOPLL	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	20	mV
V_DDFUSE	DC supply fuse box	For fuse programming only	2.25	2.5	2.75	V
V_DDFUSE	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	20	mV
V_DDSDMMC	DC supply peripheral I/Os	SDMMC I/Os Lines	1.65	–	3.6	V
V_DDSDMMC	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	20	mV
V_DDISC	DC supply peripheral I/Os	ISC I/Os Lines	1.65	–	3.6	V
V_DDISC	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	20	mV
V_DDOSC	DC supply oscillator	UTMI PLL not used, USB not used	1.65	–	3.6	V
	DC supply oscillator	UTMI PLL used or USB used	3.0	–	3.6	V
	Allowable voltage ripple	rms value 10 kHz to 10 MHz	–	–	15	mV
V_DDIODDR	DC supply SDRAM I/Os	LPDDR1-DDR2 Interface I/O lines	1.7	1.8	1.9	V
		LPDDR2-LPDDR3 Interface I/O lines	1.14	1.2	1.30
		DDR3L Interface I/O lines	1.29	1.35	1.45
		DDR3 Interface I/O lines	1.43	1.5	1.57
V_IL	Low-level input voltage⁽¹⁾	VDDIO in 3.3V range	–	–	0.8	V
V_IL	Low-level input voltage⁽¹⁾	VDDIO in 1.8V range	–	–	0.3 x VDDIO	V
V_IH	High-level input voltage⁽¹⁾	VDDIO in 3.3V range	2	–	–	V
V_IH	High-level input voltage⁽¹⁾	VDDIO in 1.8V range	0.7 x VDDIO	–	–	V
V_OL	Low-level output voltage	I_O MAX	–	–	0.41	V
V_OH	High-level output voltage	I_O MAX	VDDIO - 0.4	–	–	V
V_hys	Schmitt trigger hysteresis	All PIO lines, VDDIOx in 3.3V range	200	–	–	mV
V_hys	Schmitt trigger hysteresis	All PIO lines, VDDIOx in 1.8V range	150	–	–	mV
I_OL	I_OlL(or I_SINK) (VOL = 0.4V)	All GPIO_x, 1.8V: Low	-1	–	–	mA
		All GPIO_x, 1.8V: Medium	-10	–	–
		All GPIO_x, 1.8V: High	-18	–	–
I_OH	I_OH (or I_SOURCE) (VOH = VDDIO - 0.4V)	All GPIO_x, 1.8V: Low	–	–	1	mA
		All GPIO_x, 1.8V: Medium	–	–	10
		All GPIO_x, 1.8V: High	–	–	18
I_OL	I_OlL(or I_SINK) (VOL = 0.4V)	All GPIO_x, 3.3V: Low	-2	–	–	mA
		All GPIO_x, 3.3V: Medium	-20	–	–
		All GPIO_x, 3.3V: High	-32	–	–
I_OH	I_OH (or I_SOURCE) (VOH = VDDIO - 0.4V)	All GPIO_x, 3.3V: Low	–	–	2	mA
		All GPIO_x, 3.3V: Medium	–	–	20
		All GPIO_x, 3.3V: High	–	–	32
I_IL	Low-level input current⁽²⁾	Pull-up OFF	-1	–	1	µA
I_IL	Low-level input current⁽²⁾	Pull-up ON	10	–	60	µA
I_IH	I_IH	Pull-down OFF	-1	–	1	µA
I_IH	I_IH	Pull-down ON	10	–	60	µA
R_PULLUP	Pull-up resistor	GPIO_CLK, GPIO_IO, GPIO: 1.8V	80	143	310	kΩ
R_PULLUP	Pull-up resistor	GPIO_CLK, GPIO_IO, GPIO: 3.3V	40	66	130	kΩ
R_PULLDOWN	Pull-down resistor	GPIO_CLK, GPIO_IO, GPIO: 1.8V	80	161	430	kΩ
R_PULLDOWN	Pull-down resistor	GPIO_CLK, GPIO_IO, GPIO: 3.3V	40	77	160	kΩ
R_PULLUP	Pull-up resistor	GPIO_AD: 1.8V	280	380	480	kΩ
R_PULLUP	Pull-up resistor	GPIO_AD: 3.3V	280	380	480	kΩ
R_PULLDOWN	Pull-down resistor	GPIO_AD: 1.8V	280	380	480	kΩ
R_PULLDOWN	Pull-down resistor	GPIO_AD: 3.3V	280	380	480	kΩ
R_SERIAL	Serial resistor	GPIO	–	30	–	Ω
		GPIO_IO	–	13	–
		GPIO_CLK, GPIO_AD	–	0	–

Note:

Current injection may lead to performance degradation or functional failures.
I_IH and I_IL are only for GPIO pads.

Table 66-4. I/O Switching Frequency
GPIO Type	Drive	VDD			Unit
GPIO Type	C_Load = 30pF	1.8V	2.5V	3.3V	Unit
GPIO_IO	Low	8	12	15	MHz
	Medium	60	80	90
	High	80	110	110
GPIO_CLK	Low	10	15	18
	Medium	90	100	120
	High	–	–	–
GPIO_AD	Low	10	15	18
	Medium	90	100	120
	High	–	–	–
GPIO	Low	7	10	12
	Medium	40	50	60
	High	50	60	70

Table 66-5. R_SERIAL DDRIO
Symbol	Parameter	Conditions	Min	Typ	Max	Unit
R_SERIAL DDRIO (at ±25%)	Serial resistor	DDR2/LPDDR1 (1.8V)	–	40	–	Ω
		DDR3 (1.5V)	–	43	–	Ω
		DDR3L (1.35V)	–	46	–	Ω
		LPDDR2/LPDDR3 (1.2V)	–	49	–	Ω

Table 66-6. R_SERIAL SDMMC for GPIO_EMMC Configured as SDMMC and SDMMC_HC2R.VS18EN = 1
Symbol	Parameter	Conditions	1.8V	3.3V	Unit
R_SERIAL SDMMC (at ±25%)	Serial resistor	SDMMC_HC2R.DRIVERSEL:
		0 – Type B	50	42	Ω
		1 – Type A	33	28	Ω
		2 – Type C	66	56	Ω
		3 – Type D	100	84	Ω

Table 66-7. R_SERIAL SDMMC for GPIO_EMMC NOT Configured as SDMMC or SDMMC_HC2R.VS18EN = 0
Symbol	Parameter	Conditions	1.8V	3.3V	Unit
R_SERIAL SDMMC (at ±25%)	Serial resistor	PIO_CFGR.DRVSTR:
		0 (very low)	100	84	Ω
		1 (low)	66	56	Ω
		2 (medium)	50	42	Ω
		3 (high)	33	28	Ω

Table 66-8. QSPI IO Characteristics
Symbol	Parameter	Conditions	Min	Max	Unit
f_MAX	QSCK output frequency	Load = 30 pF	–	133	MHz
Duty	QSCK output duty cycle	Load = 30 pF	45	55	%
R_{SERIAL QSPI}	Serial resistor in 1.8V range	VDDIO ~ 1.8V QSPICLK_REG.SUP_SEL= 0
		PIO_CFGRx.DRVSTR[1:0] = 00	38	105	Ω
		PIO_CFGRx.DRVSTR[1:0] = 01	20	55	Ω
		PIO_CFGRx.DRVSTR[1:0] = 10	12	35	Ω
		PIO_CFGRx.DRVSTR[1:0] = 11	10	26	Ω
	Serial resistor in 3.3V range	VDDIO ~ 3.3V QSPICLK_REG.SUP_SEL= 1
		PIO_CFGRx.DRVSTR[1:0] = 00	52	120	Ω
		PIO_CFGRx.DRVSTR[1:0] = 01	26	60	Ω
		PIO_CFGRx.DRVSTR[1:0] = 10	17	40	Ω
		PIO_CFGRx.DRVSTR[1:0] = 11	13	30	Ω

Note:

Refer to the section Special Function Registers (SFR).

SAMA5D2 Series

66.2 DC Characteristics