Who is the leading DC/DC Converter Power Supply Company?
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For higher power applications, and solid state converters, I recommend Lamda products.
143229
odds are, that you would be beter off buying a manufactued device, dc to ac inverters are very complicated and have many different circuits. not only that, but for you to make something that can invert that much power would need an extreme amount of skill to to get the proper components. I would recomend geting a manufactured model from marine purposes perhaps. Some companies should offer custom built electronics.
703984
There is such thing as Power Engineer, and many more....
638579
Best Buy, Circuit city, Radio Shack, etc. etc.
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How abt Rel Ventures Limited?\n\nYou may also consider Birla Power Sol once it is listed..\n\nOtherwise when the market is heated so much, better stick to bluechips than mid caps
1024392
http://www.dgenerationx.co.nr \n    There you go
906927
The energy rating of electrcal appliances is now displayed on the gizzmo.\nA being the best and e being the worst.\nTry and get one that has an A rating as it will cost less to run and will not cause the power stations to emit so much CO2
63582
Never heard of future power but maybe this link will help...http://www.nam.aocdisplay.com/aoc/support_drivers.html\n\nIf this aint right give me more info on the monitor
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An HV power supply is a high voltage electric power source supplying at least 1000 volts of alternating current or 1500 volts of direct current.
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United chemi-con has large capacitors.  http://www.chemi-con.com/index.php
810920
Switched Mode Power Supply. Unlike the old power supplies of the past, which used large, heavy transformers, SMPS's use transistors switching DC power on and off at very high rates (typically 40 to 80 thousand times per second) into the primary of a much smaller, more efficient transformer. SMPS, in addition to being lighter and more efficient, afford better regulation of voltages. They're a bit harder to work on, but the benefits far outweigh that little inconvenience. FYI, they can also be called DC-DC converters since in a conventional setup, the house current is converted to DC by a rectifier before it goes into the SMPS. Nearly all consumer electronics products are using SMPS nowadays.
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Qatar General Electricity and Water Corporation "Kahramaa" \nenjoy\nhttp://www.kahramaa.com.qa/kahramaa
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Current PC power supplies (I'm assuming a desktop or tower style power supply here) have several types of wiring coming out of them. I'll list them with comments. \n\n--Flat 4-pin inline wite plastic connectors, lots of them. These are power connectors for devices like disk drives. Polarized and can't be inserted backwards. Usually 4 multiply colored heavy guage wires to each connector. Not all of these must be connected.\n\n--Large 2 row white plastic connector (about 20 pins) which is the main power conenctor to the motherboard. Also polarized and can't be inserted backwards. 1 of these. Must be connected to the motherboad.\n\n--Small 4-pin connector, perhaps as many as two. Power connector for small drives (like 3.5" floppy drives). Not all need to be connected to drives.\n\n--Up to two additional connectors for the motherboard. One will have 4 pins, and one 6 pins (if memory serves). They are polarized and can't be inserted backwards. These are additional power supply lines for high current motherboard circuits. If present, and the motherboard has matching sockets, they should be connected. If the motherboard has no matching connectors, leave unconnected. If the power supply doesn't have them, and the motherboard does, stop. Carefully consider the total current draw of the various components on the motherboard and attached to it. You might have to (likely will have to) get another power supply to safely satisfy the motherboard's needs.\n\nIt may be useful to know that a great many power supplies don't actually behave very well. It's not easy to design a reliable supply with good perforomance at a reasonable price and in the size constraints within which a standard power supply must fit. A misbehaving power supply can damage your motherboard, the CPU, and everything plugged into it (expensive graphic card, perhaps?). If you've gotten a power supply made by someone you've never heard of, you might want to find a local hobbyist (or perhaps better a HAM radio operator) who can test the supply for you. \n\nPC Power and Cooling have a sterling reputation for the quality and reliabilty of their power supplies. Antec is also well thought of. Neither costs so much as to justify the risk of frying several hundred dollars of CPU, graphics card, motherboard, etc. \n\nSAFETY NOTE: These power supplies have lethal voltages inside. They are NOT safe to open, unless you know EXACTLY what you're doing, and even then they're dangerous as all get out. Furthermore, those lethal voltages will still be present for more than a few minutes after power is removed. Also note that many modern ATX and compatible machiens DO NOT turn off the power supply even when the front panel "power switch" is pushed and the computer shuts down. Most of the time they remain in 'warm' mode when apparently "off", and are still operating even when the computer itself isn't. Stay out of power supply innards! The only certain way to be sure the power supply is completely off (though it will remain dangerous for many minutes) is to remove the power cable. Putting it in a drawer, and closing the drawer, before doing anything further is quite sensible.
1054286
"...world"s only highly conductive polymer"??\n    Dow Chemical, DuPont, HiTech, PolyOne, and Ormecon (among others) produce "conductive polymers".\n   Give some specifications for "highly conductive"  polymers.
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Any eletronics store:\nCircuit City, Best Buy, CompUSA
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Look into the following:\n\n \n1. CENTRAL MOLONEY \nTransformer, Switchgear, & Power Distribution Components 2. ENGINEERED POWER COMPONENTS\nMolded Polymer Insulated Products \n3. ERMCO \nProtection Components 4. GENERAL ELECTRIC \nProtection Components: Arresters, Current Limiting Fuses... \n5. H-J ENTERPRISES \nFoundry, Machine, & Assembly for LV and HV bushings and Connectors 6. H-J INTERNATIONAL \nInstrumentation, Drain Valves, Fuse Assemblies, Standoff Insulators and more. \n7. HUBBELL POWER SYSTEMS \nUnderground Connectors & High Voltage Arresters 8. JOOKWANG \nFlexible Copper Connectors \n9. MILWAUKEE VALVE COMPANY \nDrain Valves and Samplers 10. OTHER \n11. STOCK LIST\nView Our Updated Stock List 12. TERMAN \nControl and Protection Instrumentation \n13. The SPECIALTY SWITCH COMPANY \nSwitches Manufactured to Your Specifications 14. TOMCO \nPressure Relief Valves
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The various companies that make external, long lasting batteries are:  Electrovaya PowerPad battery,  PowerPlant and Valence.