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QFBR-2576 Datasheet

Stresses above those listed under "Absolute Maximum Ratings" may cause permanent damage to the device. This is a stress rating only and functional operation of the device at these or any other conditions above those indicated in the operational sec- tions of this specification is not implied. Exposure to absolute maximum rating conditions for external periods may affect device reliability. * Allvoltages values are referred to Vss pin vokage.
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When the overload condition forces the output voltage to drop the maximum current delivered falls from approximately l.9 amps to less than l.5 amps. This feature keeps the short circuit dissipation low and forces the output voltage to collapse rapidly thereby preventing operation in an abnormal condition. Combined with the "Power Ready" signal (see below), this foldback of the output current prevents power cycling of the downstream converters.
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SYMBOL	PARAMETER	CONDITIONS		MIN TYP MAX	UNITS
VoS	Input Offset Voltage	(Note 4) TA = OIC t0 70rC TA = -40rC t0 85rC	q q	0.2 1.5 2.0 3.0	mV mV mV
VoS	Input Offset Voltage (Low Power Mode) (Note 10)	LT1815S6/LT1816A, 40k ] Between ISET and V- TA = OIC t0 70rC TA = -40rC t0 85rC	q q	2 7 9 10	mV mV mV
o\/os	Input Offset Voltage Drift	TA = OIC t0 70rC (Note 7) TA = -40rC t0 85rC (Note 7)	q q	1 0 15 1 0 30	][C ][C
10s	Input Offset Current	TA = OIC t0 70rC TA = -40rC t0 85rC	q q	60 800 1000 1200	nA nA nA
lB	Input Bias Current	TA = OIC t0 70rC TA = -40rC t0 85rC	q q	-2 +8 ±10 +12	c cct\
en	Input Noise Voltage Density	f= lOkHz		6	nWfjrlz
In	Input Noise Current Density	f= lOkHz		1.3	pA/trjrlz
RIN	Input Resistance	VCM = +3.5V Differential		1.5 5 750	l
CIN	Input Capacitance			2	pF
VCM	Input Voltage Range	Guaranteed by CMRR TA = -40rC t0 85rC	q	+3.5	V V
CMRR	Common Mode Rejection Ratio	VCM = +3.5V TA = OIC t0 70rC TA = -40rC t0 85rC	q q	75 85 73 72	dB dB dB
	Minimum Supply Voltage	Guaranteed by PSRR TA = -40rC t0 85rC	q	+1.25 +2 +2	V V
PSRR	Power Supply Rejection Ratio	Vs = +2V to +5.5V TA = OIC t0 70rC TA = -40rC t0 85rC	q q	78 97 76 75	dB dB dB
	Channel Separation	VOUT = +3V, RL = ioo I , LT1 81 6/LT1 817 TA = OIC t0 70rC TA = -40rC t0 85rC	q q	82 1 00 81 80	dB dB dB
AVOL	Large-Signal Voltage Gain	VOUT = +3V, RL = sool TA = OIC t0 70rC TA = -40rC t0 85rC	q q	1.5 3 1.0 0.8	\//mV \!lmV \!lmV
AVOL	Large-Signal Voltage Gain	VOUT = +3V, RL = iool TA = OIC t0 70rC TA = -40rC t0 85rC	q q	0.7 2.5 0.5 0.4	\!lmV \UmV \//mV
VOUT	Maximum Output Swing	RL = soo I , 30mV Overdrive TA = OIC t0 70rC TA = -40rC t0 85rC	q q	+3.7 +3.6	V V V
VOUT	Maximum Output Swing	RL = ioo I , 30mV Overdrive TA = OIC t0 70rC TA = -40rC t0 85rC	q q	+3.50 +3.8 +3.25 +3.15	V V V

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