Samsung's highly reliable high capacitance & low inductance type X2Y® series

Tags

Samsung's highly reliable high capacitance & low inductance type X2Y® series

Samsung's patented X2Y® technology is an enabler to this end, providing a leap forward in circuit performance, while at the same time lowering systems costs.

Samsung's highly reliable high capacitance & low inductance type X2Y® series can be used for broad band filtering gand decoupling in high speed IC.

Key Features

  • High capacitance & Low ESL
  • Highly reliable performance
  • Industry standard size
  • Tape & reel for surface mount assembly

X2Y Series Benefits

Ultra-low equivalent series inductance (ESL) Reduces component count and associated placement costs. Dramatic reduction in vias used, which improves routing. Using fewer components increases product reliability Systems savings through circuit design simplification. Cost effective on the IC package and the printed circuit board.

X2Y for Bypass/Decoupling

  • Reduces component count and associated placement costs.
  • Dramatic reduction in vias used, which improves routing.
  • Using fewer components increases product reliability
  • Systems savings through circuit design simplification.
  • Cost effective on the IC package and the printed circuit board.Ultra-low equivalent series inductance (ESL)
  • Reduces component count and associated placement costs.
  • Dramatic reduction in vias used, which improves routing.
  • Using fewer components increases product reliability
  • Systems savings through circuit design simplification.
  • Cost effective on the IC package and the printed circuit board.

X2Y for EMI Filtering

  • Replaces inductors and feedthru capacitors.
  • X2Y is used in bypass and adds no DC resistance.
  • Superior filtering for AC-DC power or high speed data lines.
  • Provides differential & common mode filtering with a single device.
  • Two capacitors in one package eliminates aging, voltage and temperature variations.
  • Matched line-to-ground capacitance, results in unmatched common mode rejection.


S:futureelectronic.com


EmoticonEmoticon

Advertisement