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- Bit_cell abstract "A bit cell is the length of tape, the area of disc surface, or the part of an integrated circuit in which a single bit is recorded. The smaller the bit cells are, the better the storage density of the medium is.In magnetic storage, the magnetic flux or magnetization doesn't necessarily change at the boundaries of bit cells to indicate bit states. For example, the presence of a magnetic transition within a bit cell might record state 1, and the lack of such a transition might record state 0. Other encodings are also possible.".
- Bit_cell wikiPageExternalLink pm1.html.
- Bit_cell wikiPageExternalLink ?id=glossary:bit_cell.
- Bit_cell wikiPageID "3089159".
- Bit_cell wikiPageLength "969".
- Bit_cell wikiPageOutDegree "11".
- Bit_cell wikiPageRevisionID "297336616".
- Bit_cell wikiPageWikiLink Areal_density_(computer_storage).
- Bit_cell wikiPageWikiLink Bit.
- Bit_cell wikiPageWikiLink Category:Computer_storage.
- Bit_cell wikiPageWikiLink Code.
- Bit_cell wikiPageWikiLink Computer_data_storage.
- Bit_cell wikiPageWikiLink Disk_storage.
- Bit_cell wikiPageWikiLink Integrated_circuit.
- Bit_cell wikiPageWikiLink Magnetic_flux.
- Bit_cell wikiPageWikiLink Magnetic_storage.
- Bit_cell wikiPageWikiLink Magnetic_tape.
- Bit_cell wikiPageWikiLink Magnetization.
- Bit_cell wikiPageWikiLink Memory_storage_density.
- Bit_cell wikiPageWikiLinkText "Bit cell".
- Bit_cell wikiPageWikiLinkText "bit cell".
- Bit_cell wikiPageWikiLinkText "bitcells".
- Bit_cell hasPhotoCollection Bit_cell.
- Bit_cell wikiPageUsesTemplate Template:Compu-storage-stub.
- Bit_cell subject Category:Computer_storage.
- Bit_cell hypernym Length.
- Bit_cell type Album.
- Bit_cell type Datum.
- Bit_cell comment "A bit cell is the length of tape, the area of disc surface, or the part of an integrated circuit in which a single bit is recorded. The smaller the bit cells are, the better the storage density of the medium is.In magnetic storage, the magnetic flux or magnetization doesn't necessarily change at the boundaries of bit cells to indicate bit states. For example, the presence of a magnetic transition within a bit cell might record state 1, and the lack of such a transition might record state 0.".
- Bit_cell label "Bit cell".
- Bit_cell sameAs m.08qp1c.
- Bit_cell sameAs Q4918711.
- Bit_cell sameAs Q4918711.
- Bit_cell wasDerivedFrom Bit_cell?oldid=297336616.
- Bit_cell isPrimaryTopicOf Bit_cell.