하드디스크 드라이브 개발에 관련된 기계기술의 현황

  • Published : 1997.06.01

Abstract

본 글에서는 HDD에 관련된 기술 중 기계적 요소와 관련된 내용을 소개하는데 중점을 두었다. HDD의 기본 요소들을 2절에서 간략히 소개하고 3절에서는 동역학.서보 기술을 기술하였다. 4절에서는 HDD의 진동과 충격에 관련된 문제와 기술적 사항을 설명하였다. 그리고 마지막으로 장래 기술전망에 대해 간략하게 기술하였다.

Keywords

References

  1. IBM Journal of Research and Development v.25 no.5 A Quarter Centry of Disk Drive File Innovation Harker, J. M.;Brede, D. W.;Pattison, R. E.;Santana, G. R.;Traft, L. G.
  2. IBM Journal of Research and Development v.25 no.5 The Evolution of Magnetic Storage Stevens, L. D.
  3. IEEE Transaction of Industrial Electronics v.42 no.3 Magnetic Recording head Positioning at Very High Track Densities Using a Micoractuator-Based Two-Stage Servo System Fan, L. S.;Ottesen, H. H.;Reiley, T. C.;Wood, R. W.
  4. IEEE Transaction of Industrial Electronics v.42 no.3 Advanced Optical Disk Mastering and Its Application for Extremely High-Density Magnetic Recording Kaneda, Y.
  5. Advanceds in Information Storage Systems v.6 Disk Drive Spindle Spindle Dynamics-Analysis and Measurement Frees, G. M.
  6. Sound and Vibration The Effect of Platter Resonances on Track Misregistration in Disk Drives McAllister, J. S.
  7. Preprints of the 13th World Congress of IFAC Application of Modern Control to Disk Drive Actuator Positioning Funches, O. L.
  8. IEEE Spectrum The Digital Backlot Spectrum
  9. Proceedings of the American Control Conference Disk Drive Privot Nonlinearity Modeloing Part Ⅰ: Frequency Domain Abramovitch, D.;Wang, F.;Franklin, G.
  10. Proceedings of the American Control Conference Disk Drive Privot Nonlinearity Modeloing PartⅡ: Time Domain Wang, F.;Hurst, T.;Abramovitch, D.;Franklin, G.
  11. Proceedings of Incremental Motion Control Systems and Device Mechanical Vibration Caused by Ball Bearings in Spindle Motor Nagarathnam, L.;Leuthold, H.;Jennings, D.
  12. IEEE Transactions on Magnetics v.32 no.3 Effect of Disk Drive Actuator Unbalanace on Track and Shock Radwan, H. R.;Phan, D. T.;Cao, K.
  13. Preprints of the 13th World Congress fo IFAC increased Disturbance Rejection in Magnetic Disk Drives by Acceleration Feedforward Control White, M. T.;Tomizuka, M.