bits per inches造句
例句與造句
- The tape was wide, accommodating 6 data tracks, 2 mark tracks, and 2 clock tracks, with data recorded at roughly 350 bits per inch ( 138 bits per cm ).
- Disks rotated at 1, 200 rpm, tracks were recorded at up to 100 bits per inch, and typical head-to-disk spacing was 800 microinches ( 20 祄 ).
- Tracks one and three are typically recorded at 210 bits per inch ( 8.27 bits per mm ), while track two typically has a recording density of 75 bits per inch ( 2.95 bits per mm ).
- Tracks one and three are typically recorded at 210 bits per inch ( 8.27 bits per mm ), while track two typically has a recording density of 75 bits per inch ( 2.95 bits per mm ).
- A ( 1, 7 ) RLL encoding can also store 6, 400 encoded bits per inch on the tape, but since it only takes 3 encoded bits to store 2 data bits this is 4, 267 data bits per inch.
- It's difficult to find bits per inches in a sentence. 用bits per inches造句挺難的
- A ( 1, 7 ) RLL encoding can also store 6, 400 encoded bits per inch on the tape, but since it only takes 3 encoded bits to store 2 data bits this is 4, 267 data bits per inch.
- The " High Speed " magnetic tape system ( called tape type 1 ) used one-inch-wide ( 25.4 mm ) magnetic tape running at 150 inches per second, with sixteen tracks at a density of 300 bits per inch.
- The computer maker said recently that it would be able to reach storage densities of 1 trillion bits per inch, and there has been industry speculation that Millipede is the secret advantage that led IBM to decide to sell its disk-drive business to Hitachi.
- A ( 2, 7 ) RLL encoding takes 2 encoded bits to store each data bit, but since there is guaranteed to be two 0 bits between any 1 bits then it is possible to store 9, 600 encoded bits per inch on the tape, or 4, 800 data bits per inch.
- A ( 2, 7 ) RLL encoding takes 2 encoded bits to store each data bit, but since there is guaranteed to be two 0 bits between any 1 bits then it is possible to store 9, 600 encoded bits per inch on the tape, or 4, 800 data bits per inch.
- A Modified Frequency Modulation or ( 1, 3 ) RLL encoding stores each data bit as two bits on tape, but since there is guaranteed to be one 0 ( non flux reversal ) bit between any 1 ( flux reversal ) bits then it is possible to store 6, 400 encoded bits per inch on the tape, or 3, 200 data bits per inch.
- A Modified Frequency Modulation or ( 1, 3 ) RLL encoding stores each data bit as two bits on tape, but since there is guaranteed to be one 0 ( non flux reversal ) bit between any 1 ( flux reversal ) bits then it is possible to store 6, 400 encoded bits per inch on the tape, or 3, 200 data bits per inch.
- The World of Spectrum FAQ reveals that the drives did come in different sizes : 128 to 256 kB in Crescent's incarnation, and in the Triton system, with a density of 4410 bits per inch, data transmission rate of 101.6 kbit / s, a 2.8-inch double sided disk type and a capacity of up to 20 sectors per side at 2.5 kB per sector, up to 100 kB per disk.