To: UnBelievable who wrote (13991 ) 8/27/2000 8:48:32 AM From: flatsville Respond to of 436258 Re: PWER >>>And what about PWER? My understanding is that they provide power supplies for telecommunications equipment and some computers. Is there any significant difference between their bricks and those available from any of the 50 or so lesser known suppliers? It seems that while the market has recognized (a least relative to prior valuations) a retrenchment in the telco's and computer markets. PWER seems to be ready to test 52 week highs. Pretty heady stuff for a supplier of a supplier of what I understand to be a fairly commodity like passive component maker.<< As you may know Power One was a Gilder pick. What's driving it up and now related companies are articles like the one below. If you know the tics on any of those 50 or so lesser known suppliers please post. We can throw darts at a list and make a million. (NG) Just pull the charts for IRF, SYXI and AMSC mentioned in the article below. Profit Opportunity of the Future: Power Semiconductors By Michael Murphy Editor, Technology Investing August 25, 2000 One of the consequences of the Information Revolution we are witnessing is that it's driving unprecedented demand for electricity. More than half of the growth in U.S. electric consumption now comes from Information Technology, for example, while the Internet alone consumes almost 10 percent of total U.S. electricity. That means that as Internet traffic continues to double every 100 days and the number of PC users worldwide explodes from 435 million or so today to 2.5 billion in the next few years, the demand for electricity is going to skyrocket. And power semiconductors, which offer a more reliable power source, are going to take center stage for investors in the months ahead. Most semiconductors are designed to run on 5 volts, 3.3 volts, 1.5 volts or less of direct current (DC). When you plug your PC into the wall, the first thing that 110 volts of alternating current (AC) runs into is a power supply that converts AC to DC, probably generating a lot of heat and kicking on a fan in the process. Power semiconductors are designed to receive, process and switch hundreds or thousands of volts. They refine electricity from generators, batteries or wall outlets into a more usable form, cleaning up the dips and spikes and providing a more reliable power source that won't be subject to shortages. While the computing world has coped with the AC/DC conversion by running an AC line to every PC or server, the telecom world settled on the AT&T standard of 48 volts DC. Now that computing and communications are merging into the same box, the need for power semiconductors is exploding. Coping with high power (or more voltage) requires a different technology. Most power semiconductors are based on Metal Oxide Semiconductor Field Effect Transistors (MOSFETs) that won't melt in the presence of medium to high voltage. A newer technology, insulated gate bipolar transistors (IGBTs), provides power conversion to a broader range of applications. I used IGBTs in the controller of my Bonneville Land Speed Record electric car. I ran 336 volts (28 auto batteries) into the controller, which cleaned the power and distributed it to four 8" electric motors, 84 volts per motor. After our record run my crew claimed that IGBTs stands for "Insanely Great Bits." Clean power is an important, fast-growing niche in the semiconductor business. Not only do semiconductor production lines, biotech labs and high-speed communications systems use this technology (for obvious reasons, they can't afford even a split-second power shortage), but I use it in my office to keep our phone system always up and running. As we rely more and more on technology and computing in our daily lives, the demand for power semiconductors will continue to accelerate at a rapid pace. The two leading chip companies are International Rectifier and IXYS. In addition, some of the superconductor companies like American Superconductor have technologies for data transmission and uninterruptible power systems. I haven't advised my Technology Investing readers to buy any of these stocks just yet, because none of them currently meet my proprietary Great Growth Flow investing criteria. However, I am closely following this very important area, and we plan to get in on the action as soon as the time is right and a leader emerges. To make sure you don't miss the news when I pull the buy trigger on one of these top power semiconductor stocks, accept this no-risk trial offer to Technology Investing today. When you do, you'll gain immediate access to all of my current tech stock recommendations…plus, you'll always be among the first to know--and profit--when exciting new technologies and biotech breakthroughs emerge. Don't miss out! Join today.