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RS7302-33NLNSCP

Description
600mA Adjustable & Fixed Voltage LDO Linear Regulator with Enable, Fast Discharge & Soft.Start
File Size683KB,11 Pages
ManufacturerOrister
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RS7302-33NLNSCP Overview

600mA Adjustable & Fixed Voltage LDO Linear Regulator with Enable, Fast Discharge & Soft.Start

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RS7302 
600mA Adjustable & Fixed Voltage LDO Linear Regulator with Enable, Fast Discharge & Soft‐Start 
 
General Description 
The  RS7302  series  is  a  low‐dropout  linear  regulator  with  ON/OFF  control  that  operates  in  the  input  voltage  range  from 
+2.4V to +7.0V and delivers 600mA output current. 
 
The  RS7302  is  available  fixed  output  voltage  type  is  preset  at  an  internally  trimmed  voltage  1.8V,  2.5V,  or  3.3V.  Other 
options 1.0V, 1.2V,1.5V, 2.85V, 3.0V and 3.6V are available by special order only. 
 
The  RS7302  series  consists  of  a  0.95V  bandgap  reference,  an  error  amplifier,  and  a  P‐channel  pass  transistor.  Other 
features include soft‐start function, short‐circuit protection and thermal shutdown protection. The RS7302 series devices 
are available in SOT‐25, SC‐70‐5 & SOP‐8 packages.
 
Features 
Operating Voltage Range:+2.4V to +7.0V 
Output Voltages:+1.0V to +5.0V (0.1V Step), +1.25V to 
+5.0V 
Dropout Voltage:500mV@600mA (Fixed) 
Fast Response in Power‐on:35uS 
Low Current Consumption:60μA (Typ.) 
Low ESR Capacitor Compatible 
High Ripple Rejection:65dB (Typ.) 
Short Circuit Protection:200mA (Typ.) 
Thermal Overload Shutdown Protection 
SOT‐25, SC‐70‐5 and SOP‐8 packages 
RoHS Compliant and 100% Lead (Pb)‐Free and Green 
(Halogen Free with Commercial Standard) 
 
Applications 
Battery‐Powered Equipments 
Graphic Card, Peripheral Card 
PCMCIA & New Card 
Mini PCI & PCI‐Express Cards 
Digital Still Camera 
CDMA/GSM Cellular Handsets 
Laptop, Palmtops, Notebook Computers 
Portable Information Application 
Application Circuits 
Soft‐Start Function 
 
 
 
This  integrated  circuit  can  be  damaged  by  ESD.  Orister  Corporation  recommends  that  all  integrated  circuits  be  handled  with 
appropriate precautions. Failure to observe proper handling and installation procedures can cause damage. 
 
ESD  damage  can  range  from  subtle  performance  degradation  to  complete  device  failure.  Precision  integrated  circuits  may  be  more 
susceptible to damage because very small parametric changes could cause the device not to meet its published specifications.
 
DS‐RS7302‐02 
   
September, 2009 
www.Orister.com
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