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CMPWR150TO 数据表(PDF) 2 Page - California Micro Devices Corp

部件名 CMPWR150TO
功能描述  500mA/3.3V SMARTOR Power Regulator
PDF  8 Pages
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制造商  CALMIRCO [California Micro Devices Corp]
网页  http://www.calmicro.com
标志 CALMIRCO - California Micro Devices Corp

CMPWR150TO 数据表(HTML) 2 Page - California Micro Devices Corp

  CMPWR150TO Datasheet HTML 1Page - California Micro Devices Corp CMPWR150TO Datasheet HTML 2Page - California Micro Devices Corp CMPWR150TO Datasheet HTML 3Page - California Micro Devices Corp CMPWR150TO Datasheet HTML 4Page - California Micro Devices Corp CMPWR150TO Datasheet HTML 5Page - California Micro Devices Corp CMPWR150TO Datasheet HTML 6Page - California Micro Devices Corp CMPWR150TO Datasheet HTML 7Page - California Micro Devices Corp CMPWR150TO Datasheet HTML 8Page - California Micro Devices Corp  
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©1999 California Micro Devices Corp. All rights reserved.
9/99
215 Topaz Street, Milpitas, California 95035
Tel: (408) 263-3214
Fax: (408) 263-7846
www.calmicro.com
2
CMPWR150
CALIFORNIA MICRO DEVICES
Note 1: The SOIC package used is thermally enhanced through the use of a fused integral leadframe. The power rating is based on a printed
circuit board heat spreading capability equivalent to 2 square inches of copper connected to the GND pins. Typical multi-layer boards
using power plane construction will provide this heat spreading ability without the need for additional dedicated copper area. (Please
consult with factory for thermal evaluation assistance.)
Note 2: The hysteresis defines the maximum level of acceptable disturbance on V
CC during switching. It is recommended that the VCC source
impedance be kept below 0.25
Ω to ensure the switching disturbance remains below the hysteresis during select/deselect transitions.
An input capacitor may be required to help minimize the switching transient.
Note 3: Ground pin current consists of controller current (0.15mA) and regulator current if enabled. The controller always draws 0.15mA from
either V
CC or VOUT , whichever is greater. All regulator current is supplied exclusively from VCC . At high load currents a small increase
occurs due to current limit protection circuitry.
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