Year: 2022年6月1日 00:00 Filter by Year 2024 2023 2022 2021 2020 2019 2018 2017 Filter by Category Automotive Applications Life at Diodes Sustainability Technology Filter by Tag AC-DC Converters ADAS Analog Products Audio Automotive Automotive Applications Engineering BLDC Boost Controller Boost Converters Brushed Motors Brushless DC Buck Converters Cameras Class-D Clocks Communications Computing Constant Current Driver Crossbar Switches Crystal Oscillators Crystals Current Monitors Discrete Products Displays Electric Control Units (ECUs) Electrical Energy EMI Energy Efficiency Ethernet GPIO Expanders Hall Effect Switches Home Appliances Hot Swapping HVAC Applications I/O Interfaces IIoT Industrial IntelliFET Internships IO Expanders IoT IT Security LAN Signal Switches LDO LED LED Driver LED Drivers LED Lighting Load Switches Logic MIPI MIPI Switching MOSFETs Mux/Demux Switches Offline Power Online Appliances Op Amps Outline Packages Packaging Packet Switches Passive Signal Switches PCI Switches PCIe 2.0 PCIe 2.0 Packet Switches PCIe 3.0 PCIe 3.0 Packet Switches Peripheral Drivers Plug & Play PoL Converters Port Expanders Power Power Delivery Power Switches Powertrain Process Engineering Process Integration Engineering Protocol Switches PSU ReDrivers SBR SBRT Schottky Rectifiers Seam Seal Sink Controllers Smartphones STEM Careers Sustainability Report Switches Switching Converters Synchronous Rectification Telematics Timing Transistors USB USB Type-C Voltage Regulation Women’s Leadership Initiative Year in Industry (YINI) 限流电源切换器如何提高车用电子产品的可靠性 Posted in Automotive Applications, Technology; Tagged Analog Products, Automotive, Power Switches; Posted 3 years 以前 by Wonsoo Moon | System Engineering Manager By Wonsoo Moon, System Engineering Manager现今汽车配备的电子组件越来越多，提高汽车整体成本，而保护组件避免电性损坏同时维持可靠性的挑战则日益艰巨。汽车内电子控制单元 (ECU) 等所有装置的电力来源都是车内电池，因此容易受到电流尖峰或突波的影响，包括导通和关断时的突波。此等敏感性催生电性损坏保护的需求。 Read More
