The Foundations of Magnetic RecordingElsevier, 02.12.2012 - 217 Seiten This expanded and updated new edition provides a comprehensive overview of the science and technology of magnetic recording. In the six years since the publication of the first edition, the magnetic recording and storage industry has burgeoned with the introduction of a host of new ideas and technologies. His book contains a discussion of almost every technologically important aspect of recording.
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Inhalt
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Chapter 2 Hysteresis Loops and Multidomain SingleDomain and Superparamagnetic Behavior ... | 17 |
Chapter 3 Magnetic Recording Media | 29 |
Chapter 4 Magnetic Recording Head Theory | 40 |
Chapter 5 Magnetic Recording Head Designs | 56 |
Chapter 6 The Writing or Recording Process | 70 |
Chapter 7 Reading or Reproducing Process | 85 |
Chapter 8 Noise Processes and SignalToNoise Ratios | 106 |
Chapter 10 Analog Video Recorders | 132 |
Chapter 11 Digital Recording Theory | 145 |
Chapter 12 Digital Recorders | 162 |
Chapter 13 The Evolution of Channel Codes | 173 |
Chapter 14 Limits of Magnetic Recording | 185 |
Chapter 15 Optical Recording Technologies | 200 |
Magnetic Properties in CgsEmu and SI Units | 211 |
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Häufige Begriffe und Wortgruppen
ac bias amplitude analog arctangent areal density bandwidth bit cell centimeters channel codes coating thickness coercive force coil data rate dc-free demagnetizing digital recording discussed in Chapter electron energy Equation error ferrite flux frequency fringing field gap length head—medium IEEE Trans intersymbol interference Karlqvist layer linear density longitudinal loop machines magnetic field magnetic material magnetic moment magnetic poles magnetic recording magnetoresistive magnitude maximum Megabits Megabits per square metallic modulation noise power nonlinear Nyquist optical recorders output signal output voltage partial response particles permalloy permeability perpendicular recording phase post-equalization R-DAT read head recording medium remanent magnetization reproducing head ring head rotary head rotation sample short wavelength shown in Figure signal-to-noise ratio SNR)w solenoid spacing loss spectrum tape temperature TFHs track trackwidth transfer function video recorders waveform wavelength wavenumber width write current write head writing process zero