Pulse Electronics SMD Wire Wound Chip Inductors

Pulse Electronics SMD Wire Wound Chip Inductors offer a 1nH to 820nH inductance range and a 1.4A maximum DC current rating. These inductors include many series that are available with power, ferrite, and ceramic chips. The ceramic chip inductors are designed for impedance matching and filtering, and the ceramic body and wire-wound construction provides high Q and SRFs. The ferrite chip inductors include the BWQC, BWQV, BWLM, and BWNL series. The BWQC series offers low DC resistance, high current capacity, and high impedance characteristics, while the BWQV miniature chip inductors are wound on a special ferrite core. Both BWLM and BWNL series ferrite core inductors feature strong solderability by reflow soldering and soldering iron and can be mounted automatically. The power chip inductors feature a specially designed ferrite core that provides magnetic shielding, and the wire-wound ferrite construction provides extremely low DCR and high rating current. Pulse Electronics SMD Wire Wound Chip Inductors are ideal for a variety of applications, including notebook computers, base stations, GPS receivers, and personal computers.

Features

  • Ferrite Chip Inductors
    • BWQC Series
      • Low DC resistance, high current capacity, and high impedance
      • Excellent solder heat resistance
      • Both flow and reflow soldering methods can be employed
      • Available in 4 sizes
    • BWQV Series
      • Miniature chip inductors wound on a special ferrite core
      • High Q value, high frequencies, and low DC resistance
      • Wide inductance range
      • Excellent solder heat resistance
      • Both flow and reflow soldering methods can be employed
    • BWLM and BWLN Series
      • Strong solderability by reflow soldering and soldering iron
      • Highly accurate dimensions
      • Can be mounted automatically
      • Terminals are resistant to external forces
      • Resistance to mechanical shocks and pressure
      • Highly reliable in environments of sudden temperature change and humidity
  • Power Chip Inductors
    • RoHS compliant
    • Shielded power inductors
    • Ferrite cover provides magnetic shielding
    • Ideal surface for pick-and-place handling
  • Ceramic Chip Inductors
    • BWHQ and BWHC Series
      • Ceramic body and wide wound construction
      • Excellent Q values even at high frequencies
      • High SRFs
      • Non-magnetic coil form assures thermal stability
      • High current rating and low loss to fit the RF applications (BWHC series)
    • BWHP and BWPM Series
      • Ceramic body and wide-wound construction
      • Higher Q and lower DCR than other inductors
      • Excellent current handling capability
      • For high-power and high-frequency applications

Applications

  • Power Inductors
    • Notebook computers
    • PC cards
    • Wireless communication
    • Handheld devices
  • Ceramic Chip Inductors
    • BWHQ and BWHC Series
      • RF products for cellular phones
      • GPS receivers
      • Base stations
      • Repeater
      • Wireless LAN / mouse / keyboards / earphones
      • Remote control
      • Security systems and other RF modules
    • BWHP and BWPM Series
      • Wireless embedded portable devices
      • GPS receivers
      • Base stations
      • Repeater
      • Set-top boxes
      • Cable / IP modems
      • Security systems and other RF modules
  • Ferrite Chip Inductors
    • BWQC Series
      • Personal computers
      • Disk drives and computer peripherals
      • Pagers, cordless phones
      • DC power supply circuits
    • BWQV Series
      • Personal, cordless phones
      • High-frequency communication products
      • Global position systems (GPS)
      • Personal computers
    • BWLM Series
      • Telecom and datacom applications such as xDSL
      • Cable modems
      • Set-top boxes
      • CATV filter/tuners
      • Wireless LAN, etc.
    • BWNL Series
      • Car radios
      • Car stereos
      • Liquid crystal televisions
      • Mobile telephones

RF Inductor Line-Up

Pulse Electronics SMD Wire Wound Chip Inductors
Inilathala: 2023-06-20 | Na-update: 2023-07-03