In this paper, a test system of electromagnetic performance of solenoid valve is introduced. Its hardware structure and relevant software are discussed.
主要介绍电磁阀电磁性能测试系统的硬件结构，简要阐述了相关软件。
The test equipment of response character of solenoid valve was designed and solenoid valves were tested.
自行设计了电磁阀响应特性试验装置，对电磁阀响应特性进行试验研究。
The relation between the duty cycles of solenoid force is established by bench test.
通过台架试验，得到了电磁阀控制占空比与换挡力的关系。
This article presents the content, method and process of auto engine starting system test. This paper introduces many means and circuits of no-load test, overall braking test and solenoid switch test.
提出了汽车发动机启动系统测试的内容、方法及步骤，介绍空载试验、全制动试验、电磁开关试验的方法和线路。
In chapter 5, test rig of proportional solenoid and its functional testing results are introduced, Performance of proportional solenoid is also analyzed.
第五章，介绍了比例电磁铁的测试硬件平台及其功能测试结果，分析了比例电磁铁测试台的测试性能。
Performance of related proportional solenoid is tested. Performance of test rig is analyzed.
对相关的比例电磁铁进行了性能测试，并分析了测试台的测试性能。
The test results show that by controlling the fuel cutoff solenoid, coordinated with clutch engagement, the shift quality of AMT can be dramatically improved, while starting shift operation…
试验结果表明，换挡过程中通过控制断油电磁阀和设置换挡重叠并与离合器的接合过程相协调，可显著提高AMT的换挡品质。
The test results show that by controlling the fuel cutoff solenoid, coordinated with clutch engagement, the shift quality of AMT can be dramatically improved, while starting shift operation…
试验结果表明，换挡过程中通过控制断油电磁阀和设置换挡重叠并与离合器的接合过程相协调，可显著提高AMT的换挡品质。
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