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    Hirose FH51 automotive FPC/FFC connector with low-profile receptacle construction and top-and-bottom contact arrangement

    Hirose Automotive FPC/FFC Connector Adds One-Action Mating up to 125°C

    Overview of fabricated ferroelectric capacitors improving hyperdimensional computing task learning accuracy. a The experimental work reported in this study comprises ferroelectric capacitor (FeCAP) device fabrication, structural and electrical characterization, analog state identification and their reliability study. b The computational part of the work explores the benefits of using characteristics from the fabricated devices in a hyperdimensional computing scheme; source: authors

    High-Precision Hyperdimensional Computing with Multi-Level Ferroelectric HZO Capacitors

    Coilcraft Introduces Automotive Common Mode Chokes Target CISPR 25 Class 5 EMC Compliance

    Murata Expands Automotive Metal Power Inductor Range

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    Bourns Releases Low-Profile Incremental Ring Encoder Targets Compact Industrial HMIs

    Wk 34 Electronics Supply Chain Digest

    August 2026 Interconnect, Passives and Electromechanical Components Market Insights

    AEM Introduced High-Power Fuses for Compact Automotive and Industrial Overcurrent Protection

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    Hirose FH51 automotive FPC/FFC connector with low-profile receptacle construction and top-and-bottom contact arrangement

    Hirose Automotive FPC/FFC Connector Adds One-Action Mating up to 125°C

    Overview of fabricated ferroelectric capacitors improving hyperdimensional computing task learning accuracy. a The experimental work reported in this study comprises ferroelectric capacitor (FeCAP) device fabrication, structural and electrical characterization, analog state identification and their reliability study. b The computational part of the work explores the benefits of using characteristics from the fabricated devices in a hyperdimensional computing scheme; source: authors

    High-Precision Hyperdimensional Computing with Multi-Level Ferroelectric HZO Capacitors

    Coilcraft Introduces Automotive Common Mode Chokes Target CISPR 25 Class 5 EMC Compliance

    Murata Expands Automotive Metal Power Inductor Range

    Modelithics Qorvo GaN Library v26.5.11 Adds 200 W RF Transistor Model

    Bourns Releases Low-Profile Incremental Ring Encoder Targets Compact Industrial HMIs

    Wk 34 Electronics Supply Chain Digest

    August 2026 Interconnect, Passives and Electromechanical Components Market Insights

    AEM Introduced High-Power Fuses for Compact Automotive and Industrial Overcurrent Protection

    Trending Tags

    • Ripple Current
    • RF
    • Leakage Current
    • Tantalum vs Ceramic
    • Snubber
    • Low ESR
    • Feedthrough
    • Derating
    • Dielectric Constant
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Sumida Extends SMD Power Inductor Line for Automotive

18.1.2023
Reading Time: 2 mins read
A A

Sumida extends its line up of metal alloy SMD power inductors for automotive applications.

The CY0650AT125/DS is a new product line member of automotive-grade SMT power inductors based on metal composite core type. Maximum voltage reach 50V in operation temperature range up to +125°C.

RelatedPosts

Sumida Introduces SMD Metal Inductors for High‑Current Automotive DC/DC Converters

Sumida Announces New DC Common Mode Choke Coil Series

Sumida Releases Automotive SMD Shielded Metal Inductor

Features

  • Metal alloy
  • Magnetically shielded
  • L x W x H: 7.50 x 6.80 x 5.10 mm Max.
  • Absolute maximum voltage (across inductor): 50V
  • Product weight:1.25g (Ref.)
  • MSL level: 1
  • AEC-Q200 qualified
  • Operating temperature range: -40 °C ~ +125°C (including self-heating)
  • Carrier tape and reel packaging
  • 1000pcs per reel

Application

  • DC/DC converter on ECU and LED head light
  • other high reliability environment for automotive application

Related

Source: Sumida

Recent Posts

Hirose FH51 automotive FPC/FFC connector with low-profile receptacle construction and top-and-bottom contact arrangement

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8.9.2026
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Overview of fabricated ferroelectric capacitors improving hyperdimensional computing task learning accuracy. a The experimental work reported in this study comprises ferroelectric capacitor (FeCAP) device fabrication, structural and electrical characterization, analog state identification and their reliability study. b The computational part of the work explores the benefits of using characteristics from the fabricated devices in a hyperdimensional computing scheme; source: authors

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