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IC memory 531 A memory that disappears when power is removed is called a volatile memory. If memory is retained when power is removed, it is nonvolatile.
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By contrast to RAM, read-only memory (ROM) can be accessed, in whole or in any part, but not written over. A standard ROM is programmed at the factory. This permanent programming is known as firmware. But there are also ROMs that you can program and reprogram yourself.
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An erasable programmable ROM (EPROM) is an IC whose memory is of the read-only type, but that can be reprogrammed by a certain procedure. It is more difficult to rewrite data in an EPROM than in a RAM; the usual process for erasure involves exposure to ultraviolet. An EPROM IC can be recognized by the presence of a transparent window with a removable cover, through which the ultraviolet is focused to erase the data. The IC must be taken from the circuit in which it is used, exposed to the ultraviolet for several minutes, and then reprogrammed via a special process. There are EPROMs that can be erased by electrical means. Such an IC is called an EEPROM, for electrically erasable programmable read-only memory. These do not have to be removed from the circuit for reprogramming.
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Bubble memory uses magnetic fields within ICs. The scheme is especially popular in computers, because a large amount of data can be stored in a small physical volume. A single bubble is a tiny magnetic field about 0.002 millimeters across. Logic highs and lows correspond to the existence or absence, respectively, of a bubble. The IC contains a ferromagnetic film that acts as a reprogrammable permanent magnet on which bubbles are stored (Fig. 28-8).
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28-8 Cross-sectional view of a bubble-memory IC.
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Magnetic bubbles do not disappear when power is removed from the IC. Bubbles are easily moved by electrical signals. An advantage of bubble memory is that it s a nonvolatile
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532 Integrated circuits and data storage media RAM that doesn t need a backup battery. Another asset is that data can be moved from place to place in large chunks. This process is called block memory transfer.
IC memory storage capacity
It s difficult to write about the amount of data that can be stored in an IC memory, simply because the numbers keep increasing so fast. The best way to keep track of the technology is to look at the advertisements for personal computers (PCs). These use RAM ICs in practical, affordable appliances. This book was written with word-processing software on a PC with 640 kilobytes (640 KB) RAM. A kilobyte is about 1,000 bytes; this is about 200 words of text. A double-spaced manuscript page in pica type size (10 characters per inch) has about 200 words. Thus, the RAM in this computer can theoretically hold 640 typewritten pages. That s an average novel. By the time you read this, PCs will probably have several megabytes (MB), perhaps even 1,000 MB, of RAM. A megabyte is about 1,000 KB or a million bytes. How much RAM is really needed by the average PC user Technology eventually comes up against a point of diminishing returns. In consumer word processing, this is already happening. But in other computer endeavors, such as graphics, simulations, interactive games, and high-level mathematics, more RAM simply means more accurate, more realistic, faster, and more powerful results. As technological capabilities increase, demand has a way of following along. (Have you ever noticed this in regards to your spending habits versus your income ) The largest RAMs are found in computers used by commerce and the government.
Trendier than fashion
New technologies for IC memory are constantly in the research-and-development (R & D) phase. Thus, you ll hear and read abbreviations and acronyms not mentioned here. So rapidly does the art advance, that manufacturers have trouble keeping their own databooks up to date. It s even worse than the fashion industry. In electronic technology, once something is obsolete, it never comes back. You can t store today s PROMs and hope that they ll be of any use to your grandchildren.
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