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MPN : 742792693

Wurth WE-CBF Series ±25% Ferrite Multilayer SMD Inductor, 0603 (1608M) Case, 50mA dc 800mΩ Rdc
  • 브랜드

    Wurth Elektronik

  • 무원상품코드

    M011743002520

  • 타입별
    RL
  • 주문가능수량

    32,050

  • 최소주문수량10
  • 판매단위10
  • 제품정보
  • 배송정보
    (영업일 기준)
  • 특이사항
구매수량 :

*대량구매해택
  • 수량단가1 : 10개 ~ 221원

  • 수량단가2 : 1000개 ~ 217원

  • 수량단가3 : 2000개 ~ 212원


총금액
(VAT 별도)
  • 상품정보
  • 상품후기
  • 상품문의
  • 배송/AS안내

■ 제품필수정보

제조사 Wurth Elektronik
제조사품명 742792693
간략설명 SMD EMC ferrite filter,100mA 2250ohm max
문서자료 https://documents.rs-online.com/techlib:/itc_doclist_GB.htm?stockno=3674862P

■ 제품사양


시리즈 = WE-CBF Tolerance = ±25% Maximum DC Current = 50mA Package/Case = 0603 (1608M) Maximum DC Resistance = 800mΩ Core Material = Ferrite
크기 = 1.6 x 0.8 x 0.8mm Depth = 0.8mm
높이 = 0.8mm Length = 1.6mm
최대 작동 온도 = +125°C Shielded = No NiZn Absorber Ferrites. SMD Ferrite Beads, also called Multi-layer Chip Beads or Impeders Can be used as an alternative to sleeve chokes, 6-hole beads or UHF interference suppression chokes Thanks to the special multilayer design, very small d.c. loss resistances are achieved in decoupling applications, for example in power supplies Thanks to the materials used, for EMC interference suppression in the frequency range above 100MHz, a high loss resistance is achieved for interference signals Ferrite beads act as absorbers and do not require an earth connection for the filter function Minimal suppression of wanted signals Effective EMC protection attainable directly on the printed circuit board at interference sources or on potentially susceptible equipment Magnetically screened design prevents perturbing radiation High packing density Excellent soldering properties Ni-Sn electrodes Suitable for re-flow, wave soldering and bonding Wide choice of impedance profiles for optimum filter matching High-current SMD ferrite filters for wideband decoupling of power supply cables (currents up to 6A) Material Grade: 3W110. Applications. EMC interference suppression in oscillators, buses, measuring and data lines Power supply decoupling Filter circuits

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