三相桥驱动控制器
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振华风光:已成功开发旋变解码驱动、三相桥驱动控制器等系列产品
Ge Long Hui· 2025-11-27 07:43
格隆汇11月27日丨振华风光(688439.SH)在投资者互动平台表示,公司系统封装(SiP)技术聚焦信号调 理、电机驱动等方向,已成功开发旋变解码驱动、三相桥驱动控制器等系列产品,其中旋变解码驱动新 品封装尺寸为6mm×6mm,具备角度解码与激励驱动特性,解码分辨率达16位。在微系统集成封装方 面,公司攻克了"有机+金属SiP结合""RDL+TSV技术"等核心工艺,并掌握三维多基板堆叠封装技术、 2.5D硅转接板设计技术。公司针对高密度SiP产品的封装能力,已开发包含RDL布线设计、倒装芯片与 键合芯片堆叠集成封装等方案,支撑高集成度微系统项目研制。 SiP技术的竞争优势主要体现在: 小型 化与高密度集成:通过多芯片堆叠和异构集成,显著缩小产品尺寸(如6mm×6mm封装),提升系统集 成度,满足装备轻量化需求;性能优化:缩短信号传输路径,降低功耗与延迟,增强系统可靠性,适用 于高可靠领域极端环境;技术壁垒:公司掌握三维多基板堆叠封装、高速信号完整性仿真等核心技术, 支撑国产化系统级解决方案。 ...
振华风光(688439.SH):已成功开发旋变解码驱动、三相桥驱动控制器等系列产品
Ge Long Hui· 2025-11-27 07:39
Core Viewpoint - The company, Zhenhua Fengguang, focuses on System in Package (SiP) technology, successfully developing a series of products aimed at signal processing and motor drive applications, highlighting its competitive advantages in miniaturization and high-density integration [1] Group 1: Product Development - The company has developed new products such as the rotary variable differential transformer (RVDT) decoder driver and three-phase bridge driver controllers, with the RVDT decoder driver featuring a package size of 6mm×6mm and a decoding resolution of 16 bits [1] - The company has overcome key processes in micro-system integrated packaging, including the combination of organic and metal SiP, RDL and TSV technologies, and has mastered 3D multi-board stacking packaging technology and 2.5D silicon interposer design technology [1] Group 2: Competitive Advantages - The competitive advantages of SiP technology include significant size reduction and high-density integration through multi-chip stacking and heterogeneous integration, meeting the lightweight requirements of equipment [1] - Performance optimization is achieved by shortening signal transmission paths, reducing power consumption and latency, and enhancing system reliability, making it suitable for high-reliability applications in extreme environments [1] - The company has established technical barriers by mastering core technologies such as 3D multi-board stacking packaging and high-speed signal integrity simulation, supporting domestic system-level solutions [1]