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  • ABLIC’s neue S-19116 Serie verkürzt mit einer branchenführenden Reaktionszeit von 6,8 μs die Detektionszeit um 92 %

    —　Branchenweit schnellster automobiler Spannungsdetektor mit hoher Spannungsfestigkeit —
    ABLIC (Präsident: Seiji Tanaka, Hauptsitz: Minato-ku, Tokio; im Folgenden "ABLIC"), ein Unternehmen der MinebeaMitsumi Inc., hat heute die S-19116 Serie auf den Markt gebracht, einen neuen Spannungsdetektor für Kraftfahrzeuge mit hoher Spannungsfestigkeit und der branchenweit schnellste(*1) Reaktionszeit v

  • ABLIC launches S-19116 Series Slashes Detection Time by 92% with Industry-Leading 6.8μs Response

    — Industry's fastest automotive high-withstand voltage detector —
    ABLIC (President: Seiji Tanaka, Head Office: Minato-ku, Tokyo; hereinafter “ABLIC”), a group company of MinebeaMitsumi Inc., today launched the S-19116 Series, a new automotive high-voltage detector featuring the industry's fastest(*1) detection response time of max. 6.8μs while achieving ultra-low current consumption of 2.0μA ty

  • <Topics> ABLIC Strengthens Semiconductor Portfolio for Ultrasound Diagnostic Equipment with Socionext Medical Business Acquisition

    ABLIC Inc., a MinebeaMitsumi Group company specializing in analog semiconductors, is expanding its semiconductor business for ultrasound applications in the medical sector. Following the completion of the acquisition of Socionext Inc.'s medical business in December 2024, Socionext Inc., known for its Solution SoC (System-on-Chip) business, brings proven LSI technology and comprehensive medical sys

  • <Topics> Evolution of Core Current Sensors: Advances in Linear Hall Effect Sensor IC Technology

    Current sensing technology continues to evolve rapidly, driven by increasing demands across diverse industrial applications. Current sensors can be classified into three main types: magnetic core-based, coreless magnetic sensors, and shunt resistor-based solutions, each serving different operating environments and performance requirements.
    Magnetic current sensors are non-contact devices that m

  • ABLIC bringt Batterieschutz-IC auf den Markt, um die Notstromversorgung für Sicherheitsanwendungen im Automobilbereich zu verbessern

    - Ermöglicht Miniaturisierung beim Übergang von Nickel-Metallhydrid- zu Lithium-Backup-Batterien -
    ABLIC (Präsident: Seiji Tanaka, Hauptsitz: Minato-ku, Tokio; im Folgenden "ABLIC"), ein Unternehmen der MinebeaMitsumi Group, gab heute die Markteinführung des S-19161A/B bekannt, der es Automobilherstellern ermöglicht, Backup-Stromversorgungen erheblich zu miniaturisieren. Mit einer Betriebstemp

  • ABLIC推出全球首款支持125℃高温工作的车载用1节电池保护IC「S-19161A/B系列」

    ～ 作为e-Call、TCU等的备份电源，有助于强化安全性和小型轻量化 ～
    美蓓亚三美株式会社(MinebeaMitsumi Inc.) 旗下的艾普凌科有限公司（总裁：田中诚司，总部地址：东京都港区，下称“ABLIC”）今天推出全球首款（※1）车载用1节电池保护IC「S-19161A/B系列」。
    今天推出的新产品「S-19161A/B系列」是车载用1节电池锂离子电池保护IC，具有以下特点：（1）实现在-40℃至125℃（以往几乎都至85℃）宽广的温度范围内工作，不仅有助于车载用1节电池的保护，还有助于提高需要高温工作的应用设备的安全性；（2）备有业界顶级精度的3段放电过电流保护，可在安全区域切断异常电流；（3）过充电检测电压精度为±15mV，实现业界顶级的高精度化。
    「S-19161A/B系列」可在-40℃至125℃宽广的温度范围内实现高精度的过充电检测、过电流检测，是一

  • ABLIC Launches Battery Protection IC to Transform Automotive Safety Backup Power Systems

    Enables miniaturization through transition from nickel hydride to lithium batteries
    ABLIC (President: Seiji Tanaka, Head Office: Minato-ku, Tokyo; hereinafter “ABLIC”), a MinebeaMitsumi Group company, today announced the launch of the S-19161A/B that enables automotive manufacturers to significantly miniaturize backup power systems. Operating at 125°C, this IC allows vehicle manufacturers to re

  • ABLIC推出针对笔记本电脑的3节/4节电池串联用二次保护IC「S-82M3/M4系列」、 3节和4节电池串联都可用的二次保护IC「S-82L4系列」

    仅需1个芯片即可实现过充电保护、温度保护、恒压输出，还实现低功耗、有助于节省空间
    美蓓亚三美株式会社(MinebeaMitsumi Inc.) 旗下的艾普凌科有限公司（总裁：田中诚司，总部地址：东京都港区，下称“ABLIC”）今天推出针对笔记本电脑的二次保护IC「S-82M3/M4系列」、「S-82L4系列」。今天推出的新产品「S-82M3/M4系列」、「S-82L4系列」，是除了过充电保护外，还搭载了通过连接PTC热敏电阻可进行温度保护的CTL端子，并且，将外接RTC（实时时钟）驱动用恒压输出端子的两个端子搭载在1个芯片上的艾普凌科的首款产品，是在客户希望实现更高安全性、可靠性的要求下开发的二次保护IC。在「S-82M3/M4系列」中，3节电池串联用是S-82M3系列，4节电池串联用是S-82M4系列，为防止在组装电池组的制造工序中保护用保险丝熔断，搭载了唤醒功能。另外，「S-82

  • ABLIC bringt die S-82M3/M4-Serien und die S-82L4-Serie sekundärer Schutz-ICs für Laptops auf den Markt

    ABLIC bringt die S-82M3/M4-Serien und die S-82L4-Serie sekundärer Schutz-ICs für Laptops auf den Markt
    ABLIC (Präsident: Seiji Tanaka, Hauptsitz: Minato-ku, Tokio; im Folgenden "ABLIC"), ein Unternehmen der MinebeaMitsumi Inc., hat heute die Sekundärschutz-ICs S-82M3/M4 für Laptops mit 3-Zellen-Batterien und S-82L4 für Laptops mit 3- oder 4-Zellen-Batterien vorgestellt.
    Sekundäre Schutz-ICs

  • ABLIC launches the S-82M3/M4 Series and the S-82L4 Series secondary protection ICs for notebook PCs

    Achieves overcharge protection, temperature protection, and constant-voltage output all on a single chip to contribute to lower current consumption and a smaller footprint
    ABLIC (President: Seiji Tanaka, Head Office: Minato-ku, Tokyo; hereinafter “ABLIC”), a group company of MinebeaMitsumi Inc., today launched the S-82M3/M4 Series secondary protection ICs for notebook PC serially connected 3 ce

  • <Topics> Notice Regarding Completion of Business Transfer

    As announced in the “Notice of business acquisition” dated September 20, 2024, it was decided that ABLIC Inc. (President: Seiji Tanaka, Head Office: Minato-ku, Tokyo; hereinafter “ABLIC”), a group company of MinebeaMitsumi Inc., would acquire the medical-related business (“Subject Business”) operated by Socionext Inc. (“Socionext”) (“Transaction”). We are pleased to announce that Transaction has b

  • <Topics>ABLIC's IC technologies for medical equipment awarded the FY2024 Kanto Regional Commendation for Invention Minister of Education, Culture, Sports, Science and Technology Award

    ABLIC (President: Seiji Tanaka, Head Office: Minato-ku, Tokyo; hereinafter “ABLIC”), a group company of MinebeaMitsumi Inc., received the Minister of Education, Culture, Sports, Science and Technology Award, the highest ranked award at the FY2024 Kanto Regional Commendation for Invention, for its semiconductor integrated circuit equipment (Patent No. 5337523).
    The Patent No. 5337523 semiconduc

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