Litteluse is the first to release fuses and fuses that meet the AEC-Q200 Rev E standard

    A full range of thin film surface mount, tubular and ceramic axial lead fuses/fuses suitable for automotive electronics and electric vehicle applications

    Litteluse Corporation is an industrial technology manufacturing company dedicated to creating a sustainable, interconnected, and safer world. It has announced the launch of fuses/fuses that comply with the AEC-Q200 Rev E standard, designed specifically to meet the demanding circuit protection needs of automotive electronics and electric vehicle (EV) applications. The new product portfolio includes a series of thin film fuses, Nano2 ® Fuses, PICO ® Fuses and tubular fuses/fuses are all certified and meet the AEC-Q200 Rev E qualification for fuses/fuses to ensure the long-term reliability of components used in harsh automotive environments.

    Fuses/fuses that comply with the AEC-Q200 Rev E standard are highly suitable for various automotive electronic designs, including:

    • On-board charger (OBC)

    • Power Distribution Unit (PDU)

    • Battery management system (BMS),

    • High voltage DC/DC converter,

    • Ignition system,

    • Sensing line protection,

    • Information entertainment and navigation,

    • ADAS, radar, and emergency call.

   Daniel Wang, Director of Product Management at Litteluse, stated, "Litteluse is honored to be the first to have a full range of AEC-Q200 Rev E compliant fuses/fuses, setting a new industry standard. By using a full range of thin film, surface mount, and tubular fuses/fuses to meet these new qualification standards, we provide excellent long-term reliable performance for automotive industry solutions, ensuring the success of our customers and their end users.

    Fuses/fuses that meet the AEC-Q200 Rev E standard provide a wide range of performance reliability and high I ² The t-value ensures the ability to withstand high surge currents and provides a wide range of device selection and design flexibility to provide circuit protection against abnormal overload and surge situations.