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HDSPG151  Top sales 

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HDSPG151   seller 


PTH08000W (Suffix AH, AS, and AZ)

Weight
1.5 grams

Flammability
Meets UL 94 V-O

Mechanical shock
Per Mil-STD-883D, Method 2002.3, 1 ms, '/2 sine, mounted
500 G(1)

Mechanical vibration
Mil-STD-883D, Method 2007.2, 20-2000 Hz
20 G(1)


HDSPG151   datasheet 

Characteristics Symbol Test Conditions Min. Typ. Max. Units
HDSPG151   price 

1. Changed package name Apr. 29th 2000
: K9S5608UOM-MCBO ->K9F5608UOM-MCBO(Micro Flash Card)
2. Changed invalid block(s) marking method prior to shipping
- The invalid block(s) status is defined by the 6th byte in the spare
area. Samsung makes sure that either the lst or 2nd page of every
invalid block has . . . at the column address of 517.
--->The invalid block(s) status is defined by the 6th byte in the spare
area. Samsung makes sure that either the lst or 2nd page of every
invalid block has data at the column address of 517.
HDSPG151   pdf 


MAX
2.5

UNIT
V


UVLO


VCCNSBY voltage under which
circuit locks out - will not operate

2.2

V

VOUTl,
VOUT2

Output Voltage


ILOAD = 1000mA, Vcc = 5.OV,

SEL = 5V, T = 250C
4.8

0.20

Q

Rsw1


Vcc Switch ON-Resistance


ILOAD = 0 t0 1200mA; Vcc = 5V
T=250C
0.13

1.4

Q

RSW2


VSBY Switch ON-Resistance


ILOAD = 0 t0 200mA; VSBY = 5V
T = 250C
0.7


mA

ILIM VCC

Vcc over-current limit

Vcc = 5V SEL = high

1200


mA

ILIM VSBY

VSBY over-current limit

VSBY = 5V SEL = low

200

ms


tFBD


Time delay from overcurrent
detection to QC# output

indication (fault blanking delay)
1 0


20


oC

TMAX


Temperature at which hot switch

turns off during overcurrent
1 50

oC


TMIN



Temperature at which cool

switch turns on, after cooling
from TMAX
125


UA

IR CC
IR SBY

Reverse leakage from outputs

to inputs - backdrive current

Vcc = OV, VOUT = 5V, SEL floating

VSBY= OV, VOUT = 5V, SEL floating
1
1



yA

LLA


lCC ON

ISBY OFF

Vcc operating supply current

VSBY standby supply current

Vcc = 5V, VSBY < VCC , SEL = high,

ILOAD = OmA


1

95

LLA
LrA
ISBY ON
lCC OFF

VSBY operating supply current


VSBY = 5V, VSBY >VCC , SEL = low,

VccAstandby supply current
95
1

LLA
yA
ICC Ho
ISBY Lo

Vcc higher, quiescent current



VSBY=lower,Squiescent currentating
40
1

LLA
LLA
lCC LO
ISBYH o

Vcc lower, quiescent current



VSBY=higher,BquiescentEcurrenting
1
40


V

VIH-EN

EN# input Logic-l threshold

Vcc=5V

2


0.8

VILVEN

EN# input Logic-0 threshold

Vcc=5V

1.0
uA
IOHZ-OC

OC# output OFF state leakage

Vcc = 5V, VOUT = 5V

0.4
V
VOL-OC

OC# output Logic-0 threshold

loc = 1mA to Vcc

Note: the internal supply current is taken from whichever input (Vce or VSBY) iS higher
~ 2003 California Micro Devices Corp. All rights reserved




11/10/03 430 N. McCarthy Blvd, Milpitas, California 95035 Tel: (408) 263-3214 Fax: (408) 263-7846 www.calmicro.com 2


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