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Research on Fast Driving Control Technology of Electric-control Injector for Marine High Pressure Common Rail Diesel

机译:海洋高压共轨柴油机电控喷射器快速驱动控制技术研究

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摘要

Based on the analyses of the current solenoid valve driving circuits in marine diesel, a new type of dual-power double-maintain injector driving circuit is designed for marine high-pressure common-rail diesel. The circuit uses BOOST high voltage (80V) and storage battery low voltage (24V) to make up of dual-power time-sharing driver, which achieves automatic PWM feedback modulation of the solenoid valve injection current from the hardware. Experiments were carried out on a certain type of injector, the results showed that: the driving circuit had fast response time, only 0.045ms from zero to 22A of the solenoid valve current was required; the peak value of driving current has a good consistency, parameters including peakvalue current altitude, lasting time, maintain current altitude and maintain current lasting time could be adjusted flexibly. Besides, the circuit could be flexibly configured without occupying MCU resources.
机译:基于当前电磁阀驱动电路的船用柴油中的分析,设计了一种新型的双功率双维修喷射器驱动电路,专为海洋高压共轨柴油设计。该电路采用升压高压(80V)和蓄电池低压(24V)来构成双功率时间共享驱动器,该驱动器实现了自动PWM反馈调制螺线管阀门喷射电流的自动PWM反馈调制。实验在某种类型的注射器上进行,结果表明:驱动电路具有快速响应时间,需要距电磁阀电流的零至22A的0.045ms;驱动电流的峰值具有良好的一致性,包括峰值电流高度,持续时间,保持电流高度并保持电流持续时间可以灵活地调整参数。此外,可以灵活地配置电路而不占据MCU资源。

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