Digital design circuits?
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Sorry but softcopy is not available.\n\nYou can buy it at a very cheap rate from me. I have a used one
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Programming a DSP is similar to programming any other type of microcontroller, except that it is designed with signal processing in mind. As such it is designed with extra multipliers and pipelines to allow faster signal processing. They also (some do) come with software libraries to implemented tested signal processing functions such as the fourier transform, and convolution.\n\nAn FPGA is exactly what the name suggests: a programmable gate array. You program it as a piece of hardware. The FPGA basically implements look up tables and as such is good for doing complex logic very fast. Using languages such as VHDL and Verilog you can create complex logic structures. Many pre-writen FPGA cores exist that allow you to implement processors, multipliers, video/audio converters, network protocols... just about anything. So an FPGA is extremely flexible. If you are looking to implement a complex system, then an FPGA is what you want.\n\nIf you are using signal processing, and are testing an algorithm then a DSP would be best, as reprogramming an FPGA for signal processing tasks isnt as easy as it is for a DSP. You could how ever develop a DSP like FPGA core, but this would require extensive effort... and unless you understood your algorithm well would waste development time.\n\nIn the past I have with ease used an FPGA to build a system containing a processor, ethernet, serial ports, and 100s of digital I/Os... this is exactly what they are suited for.\nWhere as if i were building a digital equaliser for example, a DSP would be best.
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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...
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Here are some sites that may help.  Both have circuit examples utilizing LVDT's.  Hope this helps.
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www.learnelectronics.com
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Here, read all about it.\nhttp://inventors.about.com/library/weekly/aa080498.htm\nhttp://en.wikipedia.org/wiki/Integrated_circuit#History.2C_origins_and_generations
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Not sure about online, but i have been using a program that i downloaded from the internet, I use it alot for a digital electronics class and like it pretty well (also the liscense is free)\nhttps://www.altera.com/support/software/download/altera_design/quartus_we/dnl-quartus_we.jsp?swcode=WWW-SWD-WE-60SP1-PC-SIN
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I found 1 here.\nhttp://katz.ws/search/embedded+systems
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Follow the bottom 2 links that I am going to post to get a labeled schematics\n\nhttp://www.kids-online.net/learn/click/details/sblvalpci.jpg\n\nhttp://dmzweb4.europe.creative.com/wwimages/audio_int/sblive/liveplayerconnect600.gif
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Full example and circuit diagram on http://www.padre.ca/house/multiplier_example_web.pdf
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This is a very simple circuit.\nhttp://www.rason.org/Projects/fmkeyer/fmkeyer.htm
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I'm assuming you mean in the context of digital hardware.\n\nYou should browse the electrical engineering/computer engineering programs at various university pages. Some have their lectures posted online, such as this one:\n\nhttp://wearcam.org/ece385/lectureflipflops/flipflops/\n\nMIT also has open courseware (highly recommended).\n\nhttp://ocw.mit.edu/OcwWeb/Electrical-Engineering-and-Computer-Science/index.htm
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You can find printable schematics on the page I've linked below.\n\nGood luck.
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for analog transmission, wave form\nfor digital transmission, on and off bits
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Here's some info if you are serious.\nhttp://www.cprogramming.com/tutorial/gamedesign.html\n\n///
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sure. go to a science store or look up schematics on the web.
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Your question is very vague.\n\nGive more description as what you want. or contacta  hardware engineer.