汽车电路板：车载系统与电动汽车PCB解决方案

汽车行业正在经历一场革命性变革。从减少排放，开发自动驾驶电动汽车和卡车，到充电基础设施的建设，这个行业迎来了具有挑战性的发展。

部分行业应用经验

充电桩

用于大功率传输和精确控制的PCB
特点：高可靠性、铜材横截面大、散热管理良好

PCB技术

重载清洁能源系统

用于配备燃料电池和电池动力控制系统的重卡的PCB
特点：能适应恶劣的工作环境、使用寿命长，符合IATF/ISO16949、PPAP质量保证体系

PCB技术

交通拥堵辅助驾驶系统

用于仪表/仪表盘、车载视频、导航、通信和货物冷却系统的PCB
特点：符合IATF/ISO 16949、PPAP质量保证体系

PCB技术

汽车内饰电子

用于导航系统、仪表/仪表盘组件和车内照明设备的PCB
特点：符合IATF/ISO 16949、PPAP质量保证体系

PCB技术

Agriculture/Off-highway vehicle precision guidance

PCBs for GNSS and RTK modules used to support autosteering and accurate path control. Demands are stable RF performance, controlled impedance and reliable function in harsh environments including vibration, moisture and temperature cycling, requiring IATF 16949‑certified production and PPAP documentation.

PCB技术

Agriculture/Off-highway vehicle connectivity

PCBs for telematics and communication modules used to support data transfer, diagnostics and fleet management. Demands are stable RF performance, signal integrity and reliable function in electrically noisy environments, requiring IATF 16949‑certified production and PPAP documentation.

PCB技术

Agriculture/Off-highway vehicle autonomous control

PCBs for high-performance computing platforms used to support sensor fusion, path planning and autonomous operation. Demands are high layer count, high-speed signal integrity, thermal management and reliable function, requiring IATF 16949‑certified production and PPAP documentation.

Agriculture/Off-highway vehicle vision systems

PCBs for camera systems used to support driver assistance, visibility and machine vision functions. Demands are compact design, high-speed signal integrity and reliable function in demanding environments, requiring IATF 16949‑certified production and PPAP documentation.

PCB技术