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Series: SM10

High surge surface mount varistor SM10
Product Status| Activei
Littelfuse_Varistor_SM10_image
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Littelfuse SM10 Varistor Series is the first surface-mount Metal Oxide Varistor (MOV) with ultra-high surge current handling capability, specifically designed for primary circuit transient voltage surge protection. The SM10 Varistor Series is constructed with an MOV disc and tin-plated terminals within a polymer molding package, which is fully qualified in lead-free soldering and compatible with both reflow and wave soldering process.

  • High operating temperature:125 °C
  • High surg energy / current absorption withstanding capability (130 Vac–230 Vac:15 pulses of 6 kV / 3kA) (250 Vac–625 Vac: 40 pulses of 6 kV / 3 kA)
  • AEC-Q200 qualified
  • Vertical surface mountable
  • RoHS compliant, Halogen-free, and Pb-free
  • More reliable and suitable forhigh operating temperatureproducts
  • Extends product reliability and lifespan
  • Meets automotive grade product and customers’ requests
  • Saves PCB surface space and suitable for SMT assembly process
  • Environment-friendly

SM10 Parts

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SM10 Applications

Highlights Section

  • Electricity power storage
  • Electric vehicle on-board and off-board charger
  • General electronic and electrical products

Series: SM10 Resources

About AEC-Q200 Qualified SM10 Series Surface Mount MOVs JP

See what makes these very compact metal oxide varistors good choices for protecting circuits in EVs, appliances, and consumer electronics when high operating temperatures and repeated ultra-high surge currents pose risks (with Japanese subtitles).

3762-28_SM10-Varistor-Captions_CN

See what makes these very compact metal oxide varistors good choices for protecting circuits in EVs, appliances, and consumer electronics when high operating temperatures and repeated ultra-high surge currents pose risks (with Chinese subtitles).

3762-28_SM10-Varistor

See what makes these very compact metal oxide varistors good choices for protecting circuits in EVs, appliances, and consumer electronics when high operating temperatures and repeated ultra-high surge currents pose risks.