How I start with the programming of 8051 microcontroller?
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The manufacturer's website will have all the information you need.  Also, because the 8051 is a common controller, you will find competing manufacturer's websites with even more information.  The manufacturer also has books with example and program code.  You will have to buy the books unless you can convince them to give you the books for free.\n\nYou can search the Internet for examples of program code, and magazine publishers (such as EDN) have free downloadable program code complete with example projects.  There is a magazine called "Embedded Systems" with details on microcontrollers and will provide additional helpful information.\n\nBecause this industry changes so rapidly, most microcontrollers have only a ~3 year life before they are replaced by something else:  the 8051 is a workhorse that has been around for a long time.  The original 8051 has long been retired and replaced with new controllers - what you are really doing today is programming a new controller with the older 8051 command set, in other words, a code-compatible controller.\n\nIt used to be the only language available for microcontrollers was Assembly Language (the most basic programming language), but today there are C compilers that make the programming job much quicker.\n\nFor simple jobs, programming the controller may only need a card you plug into a computer, or an EPROM programmer.  You write the code, and then download the program into the chip for execution.\n\nOne of the tasks you're going to have to face is that you'll probably want buttons to operate the controller, and some kind of display so you can see the results, or some kind of output to other instruments.  This aspect (interfacing the controller) may occupy more of your time than the programming, so be sure to research what other people have done with their projects so you can get some ideas how to 'interface' your contoller to the 'real world'.\n\nThere are full-blown development systems (sometimes called System Development Kits or 'SDK's) with a lot of the interfacing already done, but these can cost thousands of dollars.  Instead, look up project solutions on the web (e.g., EDN.com) to find lower cost solutions.\n\nIf you find you must do assembly language programming, there isn't much free information available to help you learn this language, so please consider ordering some assembly language books (if need be).\n\nAlso, in case you didn't know, be patient:  the average amount of time spent by a programmer on programming a device like this is 1 hour per line of code (when you take into account ALL the hours expended on a program).  This is not a misprint; that is why 'C' programming is preferred when possible: there are fewer lines of code required to complete a project.   \n\nIf you can't devote several hundred hours to finishing a project, you might want to think twice about starting - there is a significant investment in time, that's why only a few people actually complete a project with a microcontroller.  \n\nIf you're just doing this for a class, then less time is needed, but you asked what equipment is needed - "Time" is one of the items you will need, and lots of it.
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there are micro chips you can get that you can use to make a ide 2 usb cable but then you still have to build a power supply for 12 and 5 volt supply and you would be better off getting the ide 2 usb then trying to do micro circuits and then the static and making the circuit board basically you almost need to go to devry or MIT to learn how to do it so make it easy on yourself and buy it
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try NOD32, www.eset.com
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Allen Bradley has PLC simulator software.  I believe it will simulate the usual SLC500 and micrologix line of PLCs.  As for a book, start at www.AB.com and check out their knowledge base.
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Just follow the E-Z step by step instructions and allow yourself 3 solid days to get it up and running.\n(don't forget to visit your product manufacture' site for important firmware updates)
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Have you checked IDE ATA controllers?
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through a wireless network connection.go to control panel -wireless network and follow the instructions.Good luck!
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start/programs/accessories/calculator
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Hey Pal,\n\nI think that you should use Serial Port witn a serial cable and use the hyperterminal program to config your reciever.\n\nCiao,
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http://en.wikipedia.org/wiki/8086\n\nAre you actually typing questions of your microprocessor assignment?
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try this. its not for the LCD module, but for the chipset on the module. I have done some programming for LCD's and this looks like a standard interface.\n\nhttp://www.hantronix.com/down/ks0066u.pdf
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It is very simple.\n\nMicro controller contains a micro processor, memory and interfacing circuits.\n\nMicro processor needs many external circuits to make it work.\n\nBut a microcontroller can work with few external circuit connections. They are most probablly, the power supply and the oscillator circuits.\n\nA micorprocessor needs lot more than this.\n\nThis is why a microcontroller is also called micro computer.
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I've worked some with programming PLCs. e-mail me and maybe (it's been a long time) I can get you pointed in the right direction.
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start with the datasheet\nhttp://www.atmel.com/dyn/resources/prod_documents/DOC0839.PDF\nthen look in the I/O ection to design the interface crcuits\n\nthen you have to get a programmer and compiler that will work for that chip. Often they have evaluation circuits that will help you get started. Check the mfg website for something of that nature.
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Texas Instruments has a website where you can download a users manual.\n\nOther makers probably have the same thing.
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Go here to get a free program, unless you already have one, and there are some tutorials on this website.\nhttp://anim8or.com/main/index.html\nGood luck.
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Try this\n\nhttp://smeserver.sourceforge.net/sme70/Manual?v=6zu