in computers hardware,what is master slave flip flop all about?how it is constructed?
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Flip flops are embedded in microchips and provide many varied logic functions. Check the Wiki reference in the link below, its pretty good and contains graphics.\n\nI've also added a couple of other reliable links.
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what dose this question have to do with computers?
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A software sends and recives instructions to hardware in binary. The commands u give to software are converted into binery and sent to hardware, the instructions software gets from hardware are converted into human language...
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it is not as simple as a tutorial that will teach you that. There are so many different problems a computer can experience that you owuld spend years of constant reading to know everything, a lot of it is a case of trial and error.\n\nI would read some tutorials on the types of hardware and what they do so that you can get a good understanding of the components of a computer before you dive in.
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The electronic circuitry that controls and manages the operation of floppy or hard disks installed in the computer.\nn computer science, a special purpose chip and associated circuitry that directs and controls reading from and writing to a computer's disk drive. Transferring information to and from a disk drive is a complex operation, and a disk controller handles such tasks as positioning the read/write head, mediating between the drive and the microprocessor, and controlling the transfer of information to and from memory. Disk controllers are used with both floppy disk drives and hard disks. ...\nA hardware circuit which translates instructions about disk access from the operating system to the physical disk. This provides a layer of abstraction that means that an operating system does not need to know how to talk to the many different types of disks, but only needs to know about the (comparatively low) number of types of disk controller. Common disk controller types are IDE and SCSI.
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Check the master and slave jumper settings. Also go into the BIOS and see if it can detect them.
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Sounds like a BIOS issue.  \n\nAs your computer is starting up, get into the BIOS config (F1, F10, or esc).  There, you can define the master, the slave, etc.
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http://computer.howstuffworks.com/bytes.htm if u goto that. \nit will explain it all.
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the "software" is the languages such as verilog and vhdl\n\nthe code is firsts compiled \nthen the product is called a structural netlist.\nthen the netlist is run thru a synthesis program, ie synplicity, leonardo, percision synthsis, or design compiler.\nthis process converts the code into logic gates, with timing delays,\ncapacitances, and resistances.\nthen the netlist is send to floorplanning, for place and routing.\nthats the rough outline.
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Master control board?
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Hyper-Threading.\nit's like a processor pretending to be 2.\ngenerally (depending on the application)\nit actually slows down performance\n\ni forgot the specifics on it, but it queus up instructions and splits them between two arithmetic logic units (ALUs)\nand other parts....\n\ndont take the second part of my answer word-for-word. i really don't remember the specifics
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Do you know about S-R latches? they have a problem with the 1-1 state that the J-k flip flops don't. the master-slave type of flip flops are edge triggerd. it means than the output can only change when the clock pulse of the flip flop changes from 0 to 1( in positive-edge triggered ones) or from 1 to 0 (in negative-edge types)
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What is the "purpose" you mean?\n\nYou can search the net and read all kinds of technical jargon describing it to you.  But, I would think of it this way...\n\nThe BIOS is one layer between the hardware and your operating system (Windows for example).  Communication between both hardware and software is made possible as a result.  The BIOS doesn't care about the commands themselves necessarily.  Its main responsibility is to provide an open channel of communication and some hardware settings like the speed of traffic that flows to memory or the CPU.
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Three flops - A, B and C - A is the least significant bit.\nNew values for flops (inputs) are A', B' and C'.\nUp/down input is U - set to 1 for up\n\nA' = not A\nB' = B xor ((U and A) or (not U and not A))\nC' = C xor ((U and A and B) or (not U and not A and not B))
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There's both an explanation as well as a diagram\nof a 2 input AND gate built just from transistors at:\n\nhttp://tams-www.informatik.uni-hamburg.de/applets/cmos/cmosdemo.html
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Its a vague question, but it has an easy answer. There are several things required to "control" a computer, none more important than the other. The first is of course the CPU, which handles all the instructions the computer executes and generates many control signals for the rest of the computer. The CPU also performs aritimetic and logic functions. Next is the clock generator/controller, a circuit that generates timing and some control signals for the CPU and rest of the computer. Then there is memory, which comes in two general forms, ROM and RAM. ROM stands for Read Only Memory and RAM stands for Random Access Memory. RAM is the portion of memory where computers store temporary information. These three general circuits make up the control system for computers. But for a computer to be of any use it needs Input/Output circuits like USB, parallel, serial, video, etc.
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Latches are devices which have no clock input and change output state only in response to data input, while flip-flops have data inputs but change output state only in response to a clock input.