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Design of drive circuit for GDI injector

机译:GDI喷油器驱动电路设计

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摘要

High-accuracy injection control of the injector has been the key technique for GDI engines, which can be realized by high- accuracy current control of the solenoid valve coil. To accurately control dynamic flow range, it is necessary to not only accelerate the opening speed of injector by raising peak current of solenoid valve coil, but also accelerate the closing speed by control of hold current. The research designs drive circuits for a GDI injector and analyze functions of each module based on drive and functional requirements. It has been verified that drive circuits satisfy drive requirements by the current waveform obtained from measurement.
机译:喷油器的高精度喷射控制已成为GDI发动机的关键技术,可以通过电磁阀线圈的高精度电流控制来实现。为了精确地控制动态流量范围,不仅需要通过提高电磁阀线圈的峰值电流来加速喷射器的打开速度,而且还需要通过控制保持电流来加速关闭速度。该研究设计了GDI喷射器的驱动电路,并根据驱动和功能要求分析了每个模块的功能。通过测量获得的电流波形,已验证驱动电路满足驱动要求。

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