RS Components 电工电料 DC-DC转换器 MAX15062CATA+TF 使用说明.pdfVIP

26/09/2019 Highly Efficient Power-Management Architectures for Aftermarket Transportation Electronics Maxim › Design › Technical Documents › Application Notes › Power › 6613 Maxim › Design › Technical Documents › Application Notes › Power › Protection and Control › 6613 Maxim › Design › Technical Documents › Application Notes › Power › Switching Regulators › Step- Down (Buck) › 6613 Maxim › Design › Technical Documents › Application Notes › Power › Protection and Control › Protection ICs › 6613 Maxim › Design › Technical Documents › Application Notes › Power › Power Switching › 6613 Keywords: power management, power modules, aftermarket transportation electronics, industrial electronics, power supply, power architecture, fault protection, protection ICs, DC-DC regulators Related Parts APPLICATION NOTE 6613 HIGHLY EFFICIENT POWER-MANAGEMENT ARCHITECTURES FOR AFTERMARKET TRANSPORTATION ELECTRONICS Abstract: This application note covers the key market trends and customer needs that are presenting new challenges for power-supply design for aftermarket technologies and transport infrastructure automation. Equipment supporting this market must be robust against transient conditions like overvoltage, overcurrent, reverse voltage, reverse current, and overtemperature. This piece presents solutions to these challenges, with a particular emphasis on power architecture.A similar version of this application note appeared on Electronics for U on December 21, 2017. Introduction Electronics for the industrial transportation market includes a variety of applications. There are aftermarket additions for automation and entertainment in cars, trucks, trains, planes, and ships. Theres also infrastructure automation for roads, sea lanes, trains, and air traffic control to move people and goods more efficiently. Aftermarket automotive products have driven quite a bit of innovation in areas ranging from infotainment and