The Comparison Analysis for Foreign and Domestic Slim Capacitors

국내외 제조업체 슬림커패시터의 비교분석

  • Received : 2012.01.19
  • Accepted : 2012.03.03
  • Published : 2012.03.25

Abstract

As to display products are made slim, the diameter of aluminum electrolytic capacitor is smaller and the length is longer to be fitted in. These small diameter and long length are pointed as the disadvantageous design factors of the capacitor's life cycle. So, the most electronic makers want to use proven capacitors (or well-known) to secure reliability of the electric products. In this study, we carried out the comparison analysis with two domestic capacitors and one foreign made capacitor. We designated separators, rubber breather and debris as the main factors that effect on the lifetime of capacitors. From the comparison results, we suggested the improvement points of the aluminum electrolytic capacitor.

Keywords

References

  1. Lei Han and Nadarajah Narendran(2009), Developing an Accelerated Life Test Method for LED driver, Light Research Center , SPIE
  2. CAP-XX (Australia) Pty Ltd(2008), Simple Measurement of Supercapacitor Parameters, Application Note AN1005 revision 2.1, 1-7
  3. Imam, A.M., Habetler, T.G., Harley, R.G., Divan, D.(2005), Failure Prediction of Electrolytic Capacitor Using DSP Methods, Applied Power Electronics Conference and Exposition, Twentieth Annual IEEE., Vol.2, 965-970
  4. 이토 조우(1993), 알루미늄전해콘덴서, 특개평6-338438, 2-6
  5. 이토 조우(1993), 표면실장형 알루미늄전해콘덴서를 개선하기위한 제조방법, 특개평6-338439, 2-4
  6. 이토 조우(1993), 알루미늄전해콘덴서, 특개평7-86102, 2-4
  7. 유키무라 외 1인(2000), 전해콘덴서, 특개2000-182906, 1-8
  8. 유키무라 외 3인(2002), 알루미늄전해콘덴서, 특허제3333284, 1-7
  9. 유키무라 외 2인(2004), 표면실장형 알루미늄전해콘덴서를 개선하기위한 제조방법, 특허 제3631771, 1-4
  10. 우자와 시케루(2007), 전해콘덴서, 특허제3953214, 1-8
  11. 다마다 외 2인(2010), 콘덴서용가스를 개선한 콘덴서소자, 특개2010-186955, 1-8
  12. 일본 케미콘(주)(2009), Capacitor 기술자료, 112-113
  13. FUSKO사(2009), 정전기에 대하여, 7-8