48.8.4 16 MHz RC Oscillator (OSC16M) Characteristics

Table 48-26. Multi-RC Oscillator Electrical Characteristics
Symbol	Parameter	Conditions	Min.	Typ.	Max.	Units
F_OUT	Output frequency	V_DD= 3.3V, T = 25°C Calibrated against a 4/8/12/16 MHz reference	3.96	4.00	4.04	MHz
			7.92	8.00	8.08
			11.88	12.00	12.12
			15.84	16.00	16.16
TempDrift	Freq vs. temperature drift	VDD = 3.3V over temperature [-40°C-125°C], versus calibration reference at 25°C	-6		6	%
SupplyDrift	Freq vs. supply drift	Temperature =25°C over voltage [1.8V-3.63V], versus calibration reference at 3.3V	-1.5		1.5	%
T_WUP⁽²⁾	Wake up time - 1st clock edge after enable	F_OUT = 4 MHz	-	0.13	0.32	µs
		F_OUT = 8 MHz	-	0.13	0.31
		F_OUT = 12 MHz	-	0.13	0.31
		F_OUT = 16 MHz	-	0.13	0.31
T_STARTUP⁽²⁾	Startup time	F_OUT = 4 MHz	-	1.16	2.96	µs
		F_OUT = 8 MHz	-	1.29	2.74
		F_OUT = 12 MHz	-	1.34	2.95
		F_OUT = 16 MHz	-	1.39	3.11
Duty⁽¹⁾	Duty Cycle	-	45	50	55	%

Note:

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

Table 48-27. Power Consumption ⁽¹⁾
Symbol	Parameter	Conditions	Ta	Min.	Typ.	Max.	Units
I_DD	Current consumption	F_out=4MHz, V_CC=3.3V	Max.125°C, Typ.25°C	-	73	370	µA
		F_out=8MHz, V_CC=3.3V		-	106	400
		F_out=12MHz, V_CC=3.3V		-	135	425
		F_out=16MHz, V_CC=3.3V		-	166	455

Note:

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

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