近日，纳芯微电子（Novosense）正式推出其全新MT932x系列线性位置传感器。该系列产品基于先进的霍尔效应技术，专为高精度、高可靠性应用场景设计，广泛适用于汽车电子、工业自动化及消费电子等领域。MT932x系列采用差分霍尔传感架构，具备出色的抗干扰能力和温度稳定性，可在-40℃至150℃的极端环境下稳定工作。其输出信号具有高线性度和低噪声特性，位置检测精度可达微米级，显著提升系统控制的响应速度与准确性。此外，该传感器支持模拟电压、PWM及SENT等多种输出接口，便于客户灵活集成到不同平台中。在汽车应用方面，MT923x可满足ISO 26262功能安全标准，适用于油门踏板、刹车踏板、悬架系统等关键部件的位置检测。在工业领域，则可用于伺服电机、气缸位置反馈等高要求场景。纳芯微表示，MT932x系列已通过AEC-Q100车规认证，具备量产能力，将为客户提供高性能、高性价比的国产替代方案。此次发布标志着纳芯微在智能传感领域的持续深耕，进一步丰富了其车规级芯片产品矩阵，助力中国半导体产业链自主可控。
Recently, Novosense officially launched its new MT932x series of linear position sensors. Built on advanced Hall-effect technology, this product family is designed for high-precision and high-reliability applications, making it ideal for automotive electronics, industrial automation, and consumer electronics.The MT932x series features a differential Hall sensing architecture, offering excellent immunity to electromagnetic interference and outstanding thermal stability, enabling reliable operation in extreme temperatures ranging from -40°C to 150°C. With high linearity and low-noise output signals, the sensor achieves micron-level position detection accuracy, significantly enhancing system responsiveness and control precision. Moreover, it supports multiple output interfaces—including analog voltage, PWM, and SENT—facilitating flexible integration into various platforms.In automotive applications, the MT932x complies with the ISO 26262 functional safety standard and is suitable for critical components such as accelerator pedals, brake pedals, and suspension systems. In industrial settings, it can be used for servo motor feedback and cylinder position sensing in demanding environments. Novosense announced that the MT932x series has passed AEC-Q100 automotive qualification and is ready for mass production, providing customers with a high-performance, cost-effective domestic alternative.This launch underscores Novosense’s continued commitment to intelligent sensing solutions and further expands its portfolio of automotive-grade ICs, supporting China’s semiconductor industry toward greater self-reliance.
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