Electronic engine control systems can range in complexity. 发动机电子控制(EEC)系统可按其复杂程度分类。
Digital Electronic Engine Control(EEC) Real-Time Simulation Platform Based on Rapid Prototyping 基于快速原型化的数控系统实时仿真平台研制
Electronic Engine Control(EEC) is an important method to reduce the engine emissions and improve power and economic performance. 电子控制技术是降低发动机排放污染,提高其动力性和经济性的一个重要手段。
A full authority digital electronic engine control system is developed. 以某型发动机为控制对象,研究航空发动机全权限数字电子控制系统(FADEC)。
An integrated development environment of Electronic Engine Control(EEC) is established during the test trip, including engine operation controlling, sensor signals collecting, emission performance testing, ECU control parameters collecting, data analyzing and other subsystems. 在试验过程中,建立了电控系统的集成开发环境,包括发动机工况控制、传感器信号采集、排放性能测试、ECU控制参数采集和试验数据分析处理等子系统。