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Driving Characteristics for Electronic Control Unit Pump Fuel Injection System

机译:电子控制单元泵燃油喷射系统的驱动特性

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摘要

With the strict implementation of the emissions regulations, the electronic control of diesel fuel injection system is the development trend for diesel engine in the future. Diesel Electronic Unit Pump (EUP) enjoys the advantages of digital control of fuel charge and injection pulse width and also reliability in operation, thus has a strong value in the field of high-power diesel engine. In this paper, the authors have given the overall design for the higher voltage drive circuit which is conducted in accordance with the requirements of diesel engine electrical control unit pump drive, with dive Peak&Hold as its basis. The testing result shows that the minimum operating interval of this higher voltage drive circuit is 5ms, high-voltage peak current of electric-magnetic valve reaches 20A, maintaining current is 15A, action responding time is within 200μs, and low-voltage maintaining current is 8A. The circuit can meet the requirement of electrical control unit pump to higher voltage drive circuit.
机译:随着排放法规的严格执行,柴油喷射系统的电子控制是未来柴油机的发展趋势。柴油电子单体泵(EUP)具有燃油加注和喷射脉冲宽度的数字控制以及操作可靠性的优点,因此在大功率柴油机领域具有很强的价值。在本文中,作者给出了根据柴油机电气控制单元泵驱动的要求进行的高压驱动电路的总体设计,并以Peak&Hold为基础。测试结果表明,该高压驱动电路的最小工作间隔为5ms,电磁阀的高压峰值电流达到20A,保持电流为15A,动作响应时间在200μs以内,低压保持电流为200μs。 8A。该电路可以满足电气控制单元泵对高压驱动电路的要求。

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