what are differences bitween modulator and multiplexer?
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A modulator is used to impress the information from a single source upon a radio wave or other system carrier, such as the process that happens when you play a VCR through channel three of your TV. The audio and video program are modulated onto a high frequency radio wave which can be received by your TV (demodulated). A radio wave can easily pass through space unlike the baseband video and audio signals.\n\n   A multiplexer may be thought of as a time sharing system in which several program sources are alternately routed to an output. An example of this would be in security systems where the pictures from several cameras are combined to be seen on one monitor screen.\n\n   Modulation has a 'one to one' relationship, as well as does its inverse, 'demodulation'. Multiplexing has a 'many to one' relationship. Its inverse, demultiplexing, has a 'one to many' relationship useful for extracting the various original signals.\n\nWK
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I agree with you about not running 2 at once. I've not done a head to head comparison, but I do use NOD32. I find it less resource intense than some of the their scanners I've used and I'm impressed with how frequently they update the signature file. The interface needs some work though as it's not as intuitive as other programs.
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Shareaza, eMule, BitTorrents, WinMX, DC++
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They are basically the same as far as language goes. The biggest difference is going to be the compiler and operating system. If you have a serial communications module written for an embedded processor, it probable wont work on your desktop/laptop, or the other way around. Mostly because of the operating system used on each.
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http://en.wikipedia.org/wiki/Bitlord
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two 4066's?  Try maxim www.maxim-ic.com, or possibly on semiconductor www.onsemi.com i'm sure there are many multi channel analogue switches - what are you using it for?
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Use the "and" operator.  Do a bitwise "and" of the value from which you're extracting bits from a mask value, where the mask value has the bits set where you want to extract the bits from the other value.\n\nFor example, if you want to extract the bottom 3 bits of a value:\n\n       01011010\nand 00000111\n       ------------\n       00000010 \n\nIn most languages, the bitwise "and" operator is the ampersand (&).
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Divx with the required codecs is very good.\n\nhttp://www.divx.com
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WELL TRY THE XVX ROUTER INTO THE UBILONG CABLE..THEN PROCEED A PRIMARY HOOK UP OF THE BT VIA THE HOX UNIT..FOLLOWED BY ROUTING THE LINUX INTO YOUR FX CARD. VOILA!
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There are several converters. Try this, for example...
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Usually WMP will do fine, but get DIVX player just to be sure.
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The DivX package (codecs,player,etc.) used to come with a converter, I thought. I don't know how it dealt with copyright protection and such and they probably charge for it now anyway.\nDVDDecrypter_3.5.4 & DVDShrink32 were freeware to rip and manipulate CP'ed DVD's but I'm not sure about the conversion to DivX anymore. Probably not much help but you can E-mail me if you can't find anything. I may be able to help you.\n\np.s.: also worth a look is Gordian Knot, GNU open source I believe. Try sourceforge.net. Or is it sourceforge.org? I dunno'\n\n  Buffalo, buffaloman687-roam@yahoo.com
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RIP is limited ti 15 hops and OSPF is not.\nOSPF calcualte the best path by many parameters like bandwidth, delay etc.  whereas RIP works only on hop counting.
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Windows Media Encoder 9, free too. I don't know if it will work in games though.
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The Best One That Iv'e Found Is Boilsoft Avi/mpeg Splitter\nBut You Can Also Try Easy Video Splitter
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Whichever one you want. Not really any differences. I got a $59.00 one from best buy or somewhere, handles 4 at a time, I only have 1, never a problem yet. I have a linksys unit.
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I would suggest, if you can still find some, seven segment hexadecimal driver IC's.  They will convert discrete logic bits into the necessary outputs for a seven segment display.\n\nThe chip has unfortunately been discontinued and are a little fun to find now.  You can build up a substitute using logic gates or a FPGA (if you have access to those and the related equipment).\n\nThis site might be helpful...