White Paper: PIC MCU Tips ‘n Tricks Featuring nanoWatt XLP Technology

PIC® MCUs featuring nanoWatt technology implement a variety of important features, which have become standard in PIC microcontrollers. Since the release of nanoWatt technology, changes in MCU process technology and improvements in performance have resulted in new requirements for lower power. PIC MCUs with nanoWatt eXtreme Low Power (nanoWatt XLP(tm)) improve upon the original nanoWatt technology by dramatically reducing static power consumption and providing new flexibility for dynamic power management.

June 23rd, 2009
White Paper: PICĀ® MCU Tips 'n Tricks Featuring nanoWatt XLP Technology

Full Text: Download PDF

Version: 1
Date File Uploaded: 2009-10-05
1Microchip continues to provide innovative products that are smaller, faster, easier to use and more reliable. The Flash-based PIC® microcontrollers (MCUs) are used in an wide range of everyday products, from smoke detectors, hospital ID tags and pet containment systems, to industrial, automotive and medical products.

PIC MCUs featuring nanoWatt technology implement a variety of important features, which have become standard in PIC microcontrollers. Since the release of nanoWatt technology, changes in MCU process technology and improvements in performance have resulted in new requirements for lower power. PIC MCUs with nanoWatt eXtreme Low Power (nanoWatt XLP™) improve upon the original nanoWatt technology by dramatically reducing static power consumption and providing new flexibility for dynamic power management.

The following series of Tips n’ Tricks can be applied to many applications to make the most of PIC MCU nanoWatt and nanoWatt XLP devices.

Topics covered in this article

White Paper: PICĀ® MCU Tips 'n Tricks Featuring nanoWatt XLP Technology

Full Text: Download PDF

Version: 1
Date File Uploaded: 2009-10-05
Silicon, software, and strategies for embedded devices
Embedded Computing Design magazine is the resource for engineers, architects, and decision makers involved with embedded devices. Topics explored span silicon, software, and strategies for designing and connecting with small devices in mobile, automotive, home, industrial, and medical applications. Departments include Deep Green discussing the latest in energy efficient, low power designs and applications. Content is available in print, E-letter, E-cast, white papers, video, RSS, social networks, and more. Subscriptions are free of charge.
©MMXIIEmbedded Computing Design.
An OpenSystems Media publication.