Electronic Design
 
Product Locator Letail
Product Locator >> Semiconductors >> Power ICs >> Power Managers or Controllers

Reprints   Email this Article    RSS        Font Size     What's This?


Regulator Powers DDR Memory
January 2007 Issue
Published Date: December 15, 2006
The CM3212 dual output linear regulator, optimized for powering DDR memory in consumer and PC peripheral apps, claims the industry’s highest level of functional integration, lowest cost, and smallest footprint. The device integrates VDDQ and VTT power supplies, a VREF voltage supply, and a VTT enable function for implementing a suspend-to-RAM sleep mode. Integrated power MOSFETs allow the regulator to source up to 2A of VDDQ current and source or sink up to 2A of VTT current. Typical dropout voltage for VDDQ is 500 mV at a 2A load current. Sampling now with volume production scheduled for the first quarter of 2007, prices for the CM3212-02SM (SOIC package) and CM3212-02DE (TDFN package) are $0.54 and $0.59 each/1,000, respectively. CALIFORNIA MICRO DEVICES CORP., Milpitas, CA. (800) 325-4966.

Company - CALIFORNIA MICRO DEVICES CORP.
Product URL: Click here for more information


  Find it now on Digi-Key:
Power ICs
Digi-Key


Top 20 Products
1) Low-Cost Common-Mode Chokes Deliver High Performance  104
2) Ground-Fault Relay Avoids Nuisance Trips  103
3) Front-End Supplies Take Digital Control Up A Notch  95
4) Bluetooth Modules Scrub For Medical Apps  95
5) Power-Entry Modules Now Offer Vertical Flange Mounting  90
ALL TOP 20 >>
Search News
 
Email Newsletter
Subscribe to the EEPN Products of the Week Newsletter.



PartFinder

Find real-time pricing, stock status, same-day/next-day shipping options and more. Brought to you by Digi-Key. Go to PartFinder.    
GlobalSpec

PART SEARCH :
Powered by: GlobalSpec - The Engineering Search Engine
Sponsored Links

Electronic Design Europe Electronic Design China EEPN Power Electronics Auto Electronics Microwaves & RF
Mobile Dev & Design Schematics Find Power Products Military Electronics EE Events Related Resources