微型直接电磁和电磁阀驱动空气试点。
Miniature direct solenoid and solenoid air pilot actuated valves.
以电磁铁的电磁吸力与电磁铁线圈的电流的关系为基础，设计基于PWM控制方式的电磁阀驱动电路。
Based on relation between electromagnetism force and coil circuit of high speed solenoid, The solenoid drive circuits are designed based on PWM controlled type.
在不影响电磁阀工作特性的情况下，将电磁阀驱动电压的高压部分由110伏降低到了36伏，并大量减少了电路元器件。
It can reduce the driving voltage from 110 volts to 36 volts and reduce the number of components in the circuit without reducing the circuit performance.
机械控制电路实现水位检测、电机驱动、进水、排水等功能，主要由水位检测器、电动机、传动系统部件、进水排水电磁阀组成。
Machine control circuit realizes the functions of water level detect, motor driven, water import and export, it consists of water level detector, motor, transmission system components and penstocks.
对驱动参数进行优化控制后，三通电磁阀的动态响应性能得到了大幅度的提高。
The dynamic response performance of the three-way solenoid valve can be effectively improved with the optimization control of the driving parameters adopted.
电磁阀通过线圈驱动，只能开或关，开关时动作时间短。
Driven through the solenoid valve coil, only on or off, the switch moves a short time.
以电磁阀响应为目标，给出实现电磁阀快速响应的最优能量输入方案，提出了自行设计基于电容放电的驱动电路。
Taking the solenoid response as the aim, the optimum project of energy import is present and the driving circuit designed by us based on capacitance discharge is present.
发现影响电磁阀关闭速度的主要因素是驱动电压的大小；
The driving voltage is the major factor for shortening the closing time.
通过优化共轨喷油器液力参数和电磁阀高压驱动电路，改善了高压共轨系统的响应特性。
The response characteristics of the common rail system are improved by optimizing the hydraulic parameters of the injector and the driving circuit of its solenoid.
详细介绍了新研制的电控式VE分配泵供油正时控制电磁阀工作原理、结构形式、参数计算、控制方式以及对应的驱动电路。
The principle, structure and parameters of the solenoid valve used to control the fuel injection timing of VE pump are described. The control method and circuit are studied.
高速电磁阀的驱动电路决定着外部能量通过电磁阀线圈的电流特性。
The driving circuit of high-speed solenoid decide the current trait through which the exterior energy pass the loop of solenoid.
第三，选用发动机电控系统传感器，设计了对应的信号处理电路和电控燃料喷射器电磁阀的驱动电路。
Third, the signal processing circuits were designed for the selected engine sensors and the drive circuit for the electromagnetic valve of electronically controlled injector.
当发现有异性纤维时，就驱动相应位置的气动电磁阀动作，利用高压气体将异物排除。
When finding the foreign fibre, the computer will send a command to drive the corresponding position gas-act electromagnetism clique to act and using high-pressure gas to eliminate it.
设计了驱动机构，由高性能单片机产生脉宽调制信号控制高速开关电磁阀的工作；
Designed drive for the auto-clutch. A single-chip computer of high performance is applied to produce PWM signal to control the work of the high-speed switch electromagnetic valve.
电磁阀的驱动是通过电磁线圈，比较容易被电压冲击损坏。
Solenoid valve driven by electromagnetic coils, voltage shocks have been relatively easy to damage.
建议在这些阀门上增设电磁阀，由停车系统驱动。
Suggest adding solenoids on these valves, driven by the shutdown system.
采用超磁致伸缩材料作为阀芯的高频响应元件，及精心设计的阀驱动电路，以提高电磁阀的响应频率；
Response frequency is increased by giant magnetostrictive material as valve core component and elaborate designed drive circuit.
采用高频脉宽调制功率驱动电路进行电磁阀的高速强力驱动，并利用电流微分信号有效反馈了控制阀关闭始点。
The ECU accomplishes the fast energizing of the solenoid valve by driving circuit with high frequency PWM, and detects the start of injection by the differential signal of driving current.
设计了电磁阀双电压式驱动方法的硬件电路和驱动程序。
The main circuit of a dual voltage alternator is given and its principle is discussed.
设计了电磁阀双电压式驱动方法的硬件电路和驱动程序。
The main circuit of a dual voltage alternator is given and its principle is discussed.
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