description	TPS2062D-1G4
Technical/Catalog Information	TPS2062D-1G4
Vendor	Texas Instruments
Category	Integrated Circuits (ICs)
Type	High Side Switch
Number of Outputs	2 - Dual
Voltage - Input	2.7 ~ 5.5V
Package / Case	8-SOIC (3.9mm Width)
Packaging	Tube
Current Limit	1.5A
Internal Switch(s)	Yes
Operating Temperature	-40掳C ~ 85掳C
Rds (On)	135 mOhm
Lead Free Status	Lead Free
RoHS Status	RoHS Compliant
Other Names	TPS2062D 1G4 TPS2062D1G4

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TPS2062D-1G4 Datasheet

When an incandescent lamp is initially turned ON, the cold filament is at minimum resistance and would normally allow a 10x t0 12x in-rush current. With these drivers, during turn-ON, the high in-rush current is sensed by the internal low-value sense resistor, drive current to the output stage is diverted by the shunting transistor, the output stage operates in a linear mode, and the load current is limited to approxi- mately l.3 A. During lamp warmup, the filament resistance increases to its maximum value, the output driver goes into saturation and applies maximum rated voltage to the lamp.
TPS2062D-1G4 Price

Parameter	Symbol	Conditions	mi¨n	typ	max	Unit
Collector cutoff current	ICBO	VCB = 40V,IE = 0			O1
Emitter cutoff current	IEBO	VEB = 4V,Ic = O			0.1
Forward current transfer ratio	hFE*	VCE = 1V,IC = lOmA	60		200
Collector to emitter saturation voltage	VCE(sat)	Ic = lOmA,IB = ImA		0.17	0 25	v
Base to emitter saturation voltage	VBE(sat)	Ic = lOmA,IB = ImA			1.0	v
Transition frequency	fT	VCB = 10V,IE = -lOmA, f= 200MHz		450		MHz
Collector output capacitance	Cob	VCB = 10V,IE = 0, f= 1MHz		2	6	pF
rurn-on time	to			17		ns
Turn-off time	totT	Refer to the measurment circuit		17		ns
Storage time	ts	Refer to the measurment circuit		10		ns

TPS2062D-1G4 on stock

		Limits
Symbol	Parameter	Min	Max	Units	Test Conditions
ICC	VCC Supply Current (Active)		3	mA	SCK = VCC x O.1NCC x 0.9 @ 1MHz, SO = Open
ISB	VCC Supply Current (Standby)		1 50	c<A	CS = VCC, VIN = VSS or VCC - 0.3V
\| LI	Input Leakage Current		1 0		VIN = VSS to VCC
ILO	Output Leakage Current		1 0		VOUT = VSS to VCC
VIL(1)	Input LOW Voltage	1	VCC X 0.3	V
VIH(1)	Input HIGH Voltage	VCC X 0.7	VCC+0.5	V
VOL	Output LOW Voltage		0.4	V	IOL=2mA
VOH	Output HIGH Voltage	VCC-0.8		V	IOH=-1mA


PERATE POl	qJT

			VCC=14V

		RELEAS	E POINT

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