<?xml-stylesheet title="XSL_formatting" type="text/xsl" href="/skins/default/controls/rss.xsl"?><rss version="2.0"><channel><title>Power Zone Technology Articles</title><link>http://www.newelectronics.co.uk</link><description>New Electronics website provides content on electronic design and development, electronic software and electronic design services.  A Electronic supplier directory of suppliers, editiorial features in Electronic Technology section, engineering jobs.</description><ttl>60</ttl><item><title>Power management in battery powered medical devices </title><link>/power-electronics-technology/power-management-in-battery-powered-medical-devices/40301/</link><description>A fundamental shift in the nature of healthcare delivery is seeing a host of therapeutic procedures, once found only in hospitals, migrating to the doctor's surgery and the home. The driver is the increased costs of treating a growing population and the need for greater efficiency.</description><pubdate>14/02/2012</pubdate></item><item><title>Advanced technology ics cut all current paths to achieve zero power drain in standby</title><link>/power-electronics-technology/advanced-technology-ics-cut-all-current-paths-to-achieve-zero-power-drain-in-standby/39695/</link><description>With standby power consumption representing a significant proportion of electricity consumed around the world, standards for no load performance are tightening. For example, the European Commission's Energy-related Products (ErP) Directive Tier 1, which permitted a no load consumption of 0.5W for products manufactured in 2010, was tightened in 2011 to 300mW for adapters with an output less than 51W.</description><pubdate>24/01/2012</pubdate></item><item><title>Gallium nitride based devices set to bring substantial boost to power efficiency</title><link>/power-electronics-technology/gallium-nitride-based-devices-set-to-bring-substantial-boost-to-power-efficiency/38902/</link><description>Gallium nitride has long been known to have useful properties when it comes to electronic components. Even so, its application has largely been confined to more exotic areas of the industry, particularly rf transistors.</description><pubdate>13/12/2011</pubdate></item><item><title>Using good power supply design to help save the climate</title><link>/power-electronics-technology/using-good-power-supply-design-to-help-save-the-climate/38040/</link><description>Economic and environmental factors are playing an ever increasing role in the drive to reduce the power consumption of electronic equipment.</description><pubdate>08/11/2011</pubdate></item><item><title>European Standard set to improve energy performance of external power supplies</title><link>/power-electronics-technology/european-standard-set-to-improve-energy-performance-of-external-power-supplies/37060/</link><description>Increasing demand for electrical energy has motivated the drive to reduce energy consumption, as suggested by the European Climate Change Programme. Thus, the decision was made to adopt substantial demand side measures.</description><pubdate>27/09/2011</pubdate></item><item><title>Facebook's new data centre is home to numerous innovations</title><link>/power-electronics-technology/facebooks-new-data-centre-is-home-to-numerous-innovations/35973/</link><description>It is reasonable to assume that anyone reading this article has dealings, in some way, with a data centre. Whether it's through the use of social networking sites, buying goods and services online or accessing 'cloud computing', the data centre is an integral part of our lives.</description><pubdate>09/08/2011</pubdate></item><item><title>The best route to avoiding counterfeit electronics</title><link>/power-electronics-technology/the-best-route-to-avoiding-counterfeit-electronics/35246/</link><description>It's been discussed and analysed for years, yet there does not seem to be an end in sight for the trade in counterfeit electronics.</description><pubdate>11/07/2011</pubdate></item><item><title>Wireless data to be followed by wireless power?</title><link>/power-electronics-technology/wireless-data-to-be-followed-by-wireless-power/33935/</link><description>We may have seen a wireless revolution in the last decade, but it has been all about wireless data. But when it comes to transmitting power, cables are still vital. That could soon change, however, with wireless power transmission on the agenda for a host of electronic products.</description><pubdate>24/05/2011</pubdate></item><item><title>Cooling power supplies</title><link>/power-electronics-technology/cooling-power-supplies/32911/</link><description>A comparative analysis of power supply single speed air mover and an entire electronics enclosure system fan.</description><pubdate>06/04/2011</pubdate></item><item><title>Simplifying flyback design</title><link>/power-electronics-technology/simplifying-flyback-design/30884/</link><description>Flyback controller eliminates optocoupler and simplifies design. By Bruce Haug.</description><pubdate>25/01/2011</pubdate></item><item><title>Digital power techniques deliver benefits throughout a PSU's lifecycle</title><link>/power-electronics-technology/digital-power-techniques-deliver-benefits-throughout-a-psus-lifecycle/27896/</link><description>By Patrick Le Fevre, director marketing and Communication, Ericsson Power Modules</description><pubdate>17/09/2010</pubdate></item><item><title>Can David take on Goliath?</title><link>/power-electronics-technology/can-david-take-on-goliath/27594/</link><description>Can SMEs compete against larger electronics organisations in the defence sector?</description><pubdate>13/09/2010</pubdate></item><item><title>Understanding DC-coupled and DC-blocked power sensors and how your choice of sensor would impact measurement accuracy </title><link>/power-electronics-technology/understanding-dc-coupled-and-dc-blocked-power-sensors-and-how-your-choice-of-sensor-would-impact-measurement-accuracy/27448/</link><description>Understanding power meter and sensor key specifications is vital for selecting the right equipment for power measurements. An often overlooked area is the DC or AC coupling characteristic of the power sensor. Choosing the wrong type of sensor can result in measurement inaccuracy and – or even worse, damage to the power sensor. This article compares the DC-coupled sensors to AC-coupled ones (also known as "DC-blocked" sensors). Several application examples are included to illustrate the key differences. The article concludes with choices of both DC-coupled and DC-blocked sensors from Agilent Technologies to suit the user's application requirements. </description><pubdate>06/09/2010</pubdate></item><item><title>Flower of Scotland - UK Electronics Scotland</title><link>/power-electronics-technology/flower-of-scotland-uk-electronics-scotland/26594/</link><description>Scottish electronics has transformed into a range of competent, world class companies. </description><pubdate>26/07/2010</pubdate></item><item><title>In good shape - UK Electronics Overview</title><link>/power-electronics-technology/in-good-shape-uk-electronics-overview/26590/</link><description>More successful than it appears, the UK's electronics sector is holding its own. </description><pubdate>26/07/2010</pubdate></item><item><title>Making a difference - UK Electronics Skills</title><link>/power-electronics-technology/making-a-difference-uk-electronics-skills/26596/</link><description>The mission to improve UK electronics skills is making progress. </description><pubdate>26/07/2010</pubdate></item><item><title>The right environment - UK Electronics Wales</title><link>/power-electronics-technology/the-right-environment-uk-electronics-wales/26598/</link><description>Stable niche electronics sector prospering in Wales. </description><pubdate>26/07/2010</pubdate></item><item><title>Powering efficiency</title><link>/power-electronics-technology/powering-efficiency/26284/</link><description>How a flyback controller can achieve 90% efficiency and reduce component count.</description><pubdate>12/07/2010</pubdate></item><item><title>Packing potential: a critical aspect of the semiconductor design process</title><link>/power-electronics-technology/packing-potential-a-critical-aspect-of-the-semiconductor-design-process/25884/</link><description>The delicate pieces of silicon which enable the functionality we take for granted have to be encapsulated in some way or another and the signals they process routed to and from the host pcb.</description><pubdate>21/06/2010</pubdate></item><item><title>The inside track - designs on distribution</title><link>/power-electronics-technology/the-inside-track-designs-on-distribution/25891/</link><description>How design in distributors can deliver solutions to their customers.</description><pubdate>21/06/2010</pubdate></item><item><title>Special Report: Start Ups and Spin Offs</title><link>/power-electronics-technology/special-report-start-ups-and-spin-offs/25516/</link><description>Being a semiconductor start up involves more than just chip design.</description><pubdate>07/06/2010</pubdate></item><item><title>Plug and play: Directives and standards</title><link>/power-electronics-technology/plug-and-play-directives-and-standards/25195/</link><description>Does your 'previously approved' power supply meet UK plug pin requirements?</description><pubdate>24/05/2010</pubdate></item><item><title>Power to the people</title><link>/power-electronics-technology/power-to-the-people/24878/</link><description>Research by UK companies is looking to develop higher capacity batteries.</description><pubdate>10/05/2010</pubdate></item><item><title>The next generation of low V&lt;sub&gt;CEsat&lt;/sub&gt; bipolar transistors</title><link>/power-electronics-technology/the-next-generation-of-low-vsubcesat-sub-bipolar-transistors/24621/</link><description>Major improvements in saturation resistance and power choice have very much expanded the application horizon of medium-power bipolar transistors in recent years. BISS 4, the latest generation of SMD-packaged medium-power transistors from NXP, is convincing evidence of the capabilities of bipolar transistor technology — to serve switching applications with more power and fewer switching losses, and to create new possibilities of application.
</description><pubdate>27/04/2010</pubdate></item><item><title>Looking for signs</title><link>/power-electronics-technology/looking-for-signs/24267/</link><description>With times tough for distributors, what is the best road to take?</description><pubdate>13/04/2010</pubdate></item></channel></rss>
