Inductive Components - Inductors for Power and Signal lines

  • Molded Surface Mount Inductors
    • MAF0603

      Designed ideally for high efficiency applications, Laird MAF series power inductors improve performance, reliability and power efficiency.

    • MAF0606

      Designed ideally for high efficiency applications, Laird MAF series power inductors improve performance, reliability and power efficiency.

    • MGAH0603

      Laird™ MGAH series high operation temperature and high current power molded inductors improve performance, reliability and power efficiency currents.

    • MGAH1004

      Laird™ MGAH series high operation temperature and high current power molded inductors improve performance, reliability and power efficiency currents.

    • MGAH1005

      Laird™ MGAH series high operation temperature and high current power molded inductors improve performance, reliability and power efficiency currents.

    • MGHS0603

      Designed ideally for automotive safety applications, Laird MGHS series high temperature power inductors improve performance, reliability and power efficiency.

    • MGHS1004

      Designed ideally for automotive safety applications, Laird MGHS series high temperature power inductors improve performance, reliability and power efficiency.

    • MGHS1005

      Designed ideally for automotive safety applications, Laird MGHS series high temperature power inductors improve performance, reliability and power efficiency.

    • MGV0302

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0312

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0402

      Magnetically Shielded construction with excellent handles high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0412

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0502

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0503

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0512

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0602

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0603

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0604

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0605

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV0625

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV1004

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV1205

      Magnetically shielded construction with excellent handling of high transient current spikes. Ultra-low buzz noise, low L/R ratio in this package size.

    • MGV1207

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV1707

      Magnetically Shielded construction with excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this package size.

    • MGV2016

      Small size with magnetically shielded construction, excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this size.

    • MGV252010

      Small size with magnetically shielded construction, excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this size.

    • MGV252012

      Small size with magnetically shielded construction, excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this size.

    • MGV322512

      Small size with magnetically shielded construction, excellent handling of high transient current spikes. Ultra low buzz noise, Low L/R ratio in this size.

    • MGVS0603

      Designed ideally for automotive safety applications, Laird MGVS series high current power inductors improve performance, reliability and power efficiency.

    • MGVS0605

      Designed ideally for automotive safety applications, Laird MGVS series high current power inductors improve performance, reliability and power efficiency.

    • MGVS1004

      Designed ideally for automotive safety applications, Laird MGVS series high current power inductors improve performance, reliability and power efficiency.

    • MHE0503

      Molded Construction with extremely low DCR with greater efficiency and enable a larger current in a small size. Operating temperatures ranging from -40C to 125C

    • MHE0603

      Molded Construction with extremely low DCR with greater efficiency and enable a larger current in a small size. Operating temperatures ranging from -40C to 150C

  • Multilayer Power Inductors for General Circuit
    • IC0603

      Small-size, economical with wide inductance range. Monolithic structure with high performance on signal circuit.

    • IC0805

      Small-size, economical with wide inductance range. Monolithic structure with high performance on signal circuit.

    • IC1206

      Small-size, economical with wide inductance range. Monolithic structure with high performance on signal circuit.

  • Multilayer Power Inductors
    • CPI0603

      Small Size using low-loss magnetic material. Low DCR and high performance under DC loading.

    • CPI0805

      Small Size using low-loss magnetic material. Low DCR and high performance under DC loading.

    • CPI0806

      Small Size using low-loss magnetic material. Low DCR and high performance under DC loading.

    • CPI1008

      Small Size using low-loss magnetic material. Low DCR and high performance under DC loading.

    • DI2220

      Small-Size using low-loss magnetic material. Low DCR and high performance under DC loading.

  • Wire-Wound Surface Mount Ceramic Chip Inductor
    • IWC0402

      Laird™ IWC0402 Series Wire-Wound Ceramic chip inductors are compact and robust design which improve performance and reliability at high frequency range.

    • IWC0603

      Laird™ IWC0603 Series Wire-Wound Ceramic chip inductors are compact and robust design which improve performance and reliability at high frequency range.

    • IWC0805

      Laird™ IWC0805 Series Wire-Wound Ceramic chip inductors are compact and robust design which improve performance and reliability at high frequency range.

    • IWC1008

      Laird™ IWC1008 Series Wire-Wound Ceramic chip inductors are compact and robust design which improve performance and reliability at high frequency range.

  • Wire-Wound Surface Mount Inductors
    • 1XC0118

      Wound type rod inductor with high current for power circuits. Extremely low DC and AC resistance exhibit large current and high power efficiency.

    • 1XC0236

      Wound type rod inductor with high current for power circuits. Extremely low DC and AC resistance exhibit large current and high power efficiency.

    • 1XC0394

      Wound type rod Inductor with high current for power circuits. Extremely low DC and AC resistance exhibit large current and high power efficiency.

    • MHE0503

      Molded Construction with extremely low DCR with greater efficiency and enable a larger current in a small size. Operating temperatures ranging from -40C to 125C

    • TYA201610

      Low profile high current inductor for power circuits. Metal Alloy core with magnetic resin shield construction, achieving large current and high performance.

    • TYA252010

      Low profile high current inductor for power circuits. Metal Alloy core with magnetic resin shield construction, achieving large current and high performance.

    • TYA252012

      Low profile high current inductor for power circuits. Metal Alloy core with magnetic resin shield construction, achieving large current and high performance.

    • TYA3012

      Low profile high current inductor for power circuits. Metal Alloy core with magnetic resin shield construction, achieving large current and high performance.

    • TYA3015

      Low profile high current inductor for power circuits. Metal Alloy core with magnetic resin shield construction, achieving large current and high performance.

    • TYA4012

      Low profile high current inductor for power circuits. Metal Alloy core with magnetic resin shield construction, achieving large current and high performance.

    • TYA4020

      Low profile high current inductor for power circuits. Metal Alloy core with magnetic resin shield construction, achieving large current and high performance.

    • TYS201610L (Automotive Grade)

      Small-Size wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS252010

      Small-Size wound type and low profile inductor for power circuits. Magnetic resin shield construction, acheiving high current and low DCR.

    • TYS252010L (Automotive Grade)

      Small-Size wound type and low profile inductor for power circuits. Magnetic resin shield construction, acheiving high current and low DCR.

    • TYS252012

      Small-Size wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS252012L (Automotive Grade)

      Small-Size wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS3010

      Small-Size wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS3012

      Small Size wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS3015

      Small-Size wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS4012

      Wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS4018

      Wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS4020

      Wound type and low profile inductor for power circuits. Magnetic resin shield construction, achievinghHigh current and low DCR.

    • TYS4030

      Wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS5020

      Wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS5040

      Wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS6020

      Wound type and low profile inductor for power circuits. Magnetic resin shield construction, acheving high current and low DCR.

    • TYS6028

      Wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.

    • TYS8040

      Wound type and low profile inductor for power circuits. Magnetic resin shield construction, achieving high current and low DCR.