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Part : ADP1148AN Supplier : Analog Devices Manufacturer : Rochester Electronics Stock : 10,648 Best Price : $1.01 Price Each : $1.01
Part : ADP1148AN-3.3 Supplier : Analog Devices Manufacturer : Rochester Electronics Stock : 14,962 Best Price : $1.01 Price Each : $1.01
Part : ADP1148AN-5 Supplier : Analog Devices Manufacturer : Rochester Electronics Stock : 8,090 Best Price : $1.01 Price Each : $1.01
Part : ADP1148AN Supplier : Analog Devices Manufacturer : ComSIT Stock : 75 Best Price : - Price Each : -
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ADP1148AN Datasheet

Part Manufacturer Description PDF Type
ADP1148AN Analog Devices High Efficiency Synchronous Step-Down Switching Regulator Original
ADP1148AN-3.3 Analog Devices InputV: 0.3-20V, 50mA, high efficiency synchronous step-down switching regulator. For notebook and palmtop computers, portable instrumnets, battery operated digital devices Original
ADP1148AN-33 Analog Devices High Efficiency Synchronous Step-Down Switching Regulators Original
ADP1148AN-5 Analog Devices High Efficiency Synchronous Step-Down Switching Regulator Original

ADP1148AN

Catalog Datasheet MFG & Type PDF Document Tags

1N5818

Abstract: ADP1148 following formulas: ADP1148AR, ADP1148AR-3, ADP1148AR-5: T J = TA + (PD × 110°C/W) ADP1148AN, ADP1148AN-3, ADP1148AN-5: T J = TA + (P D × 70°C/W) 2 Pin 10 is a shutdown pin on the ADP1148-3.3 and ADP1148-5 fixed , . +300°C Model Output Voltage Package Option* ADP1148AN ADP1148AR ADP1148AN-3.3 ADP1148AR-3.3 ADP1148AN-5 ADP1148AR-5 ADJ ADJ 3.3 V 3.3 V 5V 5V PDIP SOIC PDIP SOIC PDIP
Analog Devices
Original
ADP1148 1N5818 IRF7413 IRF7416 CTX50-2MP ADP1148/1148-3 ADP1148/

C2219

Abstract: IRF7403 : ADP1148AR, ADP1148AR­3.3, ADP1148AR­5: TJ = TA + (PD × 110°C/W) ADP1148AN, ADP1148AN­3.3, ADP1148AN­5: TJ = , + (PD X 110°C/W) ADP1148AN, ADP1148AN-3, ADP1148AN-5: T J = TA + (PD X 70°C/W) 3 Dynamic supply , Option ADP1148AN ADP1148AR ADP1148AN-3.3 ADP1148AR-3.3 ADP1148AN-5 ADP1148AR-5 ADJ ADJ 3.3 V
Analog Devices
Original
C2219 IRF7403 10BQ040 IRF7204 VN2222LL CTX50-2-MP SL-1-C1-0R050J SO-14

SL-1-C1-0R05J

Abstract: CTX50-2MP : ADP1148AR, ADP1148AR-3, ADP1148AR-5: T J = TA + (PD X 110°C/W) ADP1148AN, ADP1148AN-3, ADP1148AN-5: T J = TA , sec) . . . . . . . . . . . . 300°C Model ADP1148AN ADP1148AR ADP1148AN-3.3 ADP1148AR-3.3 ADP1148AN-5 , following formulas: ADP1148AR, ADP1148AR­3.3, ADP1148AR­5: TJ = TA + (PD × 110°C/W) ADP1148AN, ADP1148AN­3.3, ADP1148AN­5: TJ = TA + (PD × 70°C/W) 3 Dynamic supply current is higher due to the gate charge being
Analog Devices
Original
SL-1-C1-0R05J

VN2222L

Abstract: SC13K 110°C/W) ADP1148AN, ADP1148AN-3.3, ADP1148AN-5: T J = T A + (PD × 70°C/W) 3 Dynamic supply current , Package Description Package Option ADP1148AN ADP1148AR ADP1148AN-3.3 ADP1148AR-3.3 ADP1148AN-5 , formulas: J A D ADP1148AR, ADP1148AR-3, ADP1148AR-5: T J = TA + (PD × 110°C/W) ADP1148AN, ADP1148AN-3, ADP1148AN-5: T J = TA + (PD × 70°C/W) 3Dynamic supply current is higher due to the gate charge being
Analog Devices
Original
VN2222L SC13K
Abstract: 700 mA Model ADP1148AN ADP1148AR ADP1148AN-3.3 ADP1148AR-3.3 ADP1148AN-5 ADP1148AR-5 Output Voltage , ) ADP1148AN, ADP1148AN-3, ADP1148AN-5: T J = TA + (PD × 70°C/W) 3Dynamic supply current is higher due to the , following formulas: ADP1148AR, ADP1148AR-3.3, ADP1148AR-5: T J = T A + (PD × 110°C/W) ADP1148AN, ADP1148AN-3.3, ADP1148AN-5: T J = T A + (PD × 70°C/W) 3 Dynamic supply current is higher due to the gate charge being Analog Devices
Original