At present, the Company electromagnetic vibration feeder, air hammer, level gauge, solenoid valve and control device, screw feeder, belt conveyor, bucket elevator, dust collector, zero speed switches, proximity switches, high-frequency coil, electromagnetic vibrators, vibration hopper, vibration controllers, marking electromagnet, power conditioners, heating units, heating the first, high-frequency cable, high-frequency transformers, ignition transformers and other products have been sold all over the country, has been unanimously praised users.
目前，本公司电磁振动给料机、气锤、料位计、电磁阀及控制仪、螺旋给料机、皮带输送机、斗式提升机、除尘器、零速开关、接近开关、高频线圈、电磁振动器、振动料斗、振动控制器、打标记电磁铁、电源调节器、加热单元、加热头、高频电缆、高频变压器、点火变压器等产品已销往全国各地，得到了用户一致好评。
Engine spark ignition system is the main source of electromagnetic interference on vehicle.
发动机点火系统是汽车电系中电磁干扰的重要来源。
The Ignition System is composed of fewer hardware, so it is a cheap but highly performance device. It has strong capability to withstand the electromagnetic interference for the using of the anti-interference technique in design. The monitoring software has friendly interface between the user and the system. It can display online and store the data presented by ECU, what's more, control the ignition of engine if necessary.
微机控制点火系由少量硬件构成，成本低廉，性价比较高，并在软硬件中融入抗干扰设计，抗干扰能力较强；系统监控软件界面友好、操作简单，可实现上位机对下位机的在线数据显示和数据存储等功能，在必要时候，可以对发动机的点火进行控制。
Never put this product into apparatus with strong electromagnetic field, such as electromagnetic pan, microwave oven and pressure boiler or otherwise it may cause this product ignition, explosion, failure or fire.
请勿将本产品放置于具有强大电磁场的器具中，如电磁锅、微波炉和压力锅。否则会导致本产品着火、爆炸、故障或火灾。
2Because there is electromagnetic interference in system of automobile ignition, need to use the wavelet transform to de-noise spark electric current signal.
2由于汽车点火系统中有强烈的电磁干扰，需要运用小波变换对火花电流信号进行了去噪处理，这种方法避免了当传统的滤波方法对这类信号进行去噪时，在降低噪声的同时也展宽了波形，平滑了信号中的锐变尖峰成分，损失了这些突变点可能带有的重要信息。
This testing system has many merits, such as to test one ignition coil in 30 seconds, to store the testing results and do SPC statistic on it, to record the waveform of failure parameter and call it anytime which helps to improve the processing technique, to work well in the industrial environment with high compatibility of electromagnetic interference.
系统具有以下特点：单个点火线圈的测试在30s时间内完成；能够对测量结果进行存储、打印和SPC统计分析；实现故障参数波形记录及回放功能，可用于离线分析及加工工艺的完善；系统具有良好的电磁兼容特性，能够稳定工作于恶劣的工业环境。
Electromagnetic wave radiation produced due to the high voltage spark ignition will interfere the radio receiving system nearby.
摩托车汽油机由高压电火花点火，产生电磁波辐射，对在其附近的无线电接收设备造成干扰。
Electromagnetic motor has the advantages of simple structure, handiness, precise ignition and convenient maintenance in modern igniting system.
在现代点火系统中，磁电机具有结构简单、轻便、点火准确、可靠、维修方便等优点。
Automotive ignition system is the most powerful electromagnetic interference sources of automobile. The research of electromagnetic compatibility has important theoretical meaning and engineering value.
汽车点火系统是汽车中最强的电磁干扰源，对其电磁兼容性进行研究具有极为重要的理论意义和工程价值。
The TVS chips whose breakdown voltage is higher than the ignition voltage, which has larger junction capacitance and smaller parasitic resistance, should be selected to protect SCB device from electromagnetic.
选择TVS芯片对SCB火工品进行电磁防护时，在满足击穿电压高于发火电压的情况下，应尽量选择结电容较大、寄生电阻较小的芯片。
The experiment of lighting radiation effect on rocket is done by using LSG-8015 lighting surge generator which establishes lightning electromagnetic pulse radiation field. The induced voltage of rocket electric ignition system at different discharge voltage level is compared.
利用LSG-8015型雷电浪涌发生器与平行板传输线配合模拟雷电电磁脉冲辐射场，对整装状态下水平放置的某型火箭弹进行了辐照试验。
Study and Analysis of Electromagnetic Environment Test of In-line Secured Ignition System
直列式安全起爆系统电磁环境试验研究与分析
Simulation Analysis on Electromagnetic Coupling Effect of Electric Ignition Ammunition
对某型电发火弹药电磁耦合效应的仿真分析
This measurement system has some characters such as convenience of data processing and small measurement error. A new method is provided to confirm the safety and reliability of the electric ignition system in electromagnetic environment.
此测试系统有数据处理方便和测量误差小等优点，为桥丝式电火工品的电磁环境效应评估提供了一条新的途径。
By monitoring initiators'bridgewire temperature and utilizing the relationship between temperature and induced current, we can confirm the safety and reliability of the electric ignition system in electromagnetic environment.
通过测量电发火系统中电火工品桥丝在电磁环境下温度的变化，利用桥丝温度和感应电流的关系，测量出桥丝上的感应电流，进而对弹箭系统进行电磁环境效应评估。
By monitoring initiators ′ bridgewire temperature and utilizing the relationship between temperature and induced current, we can confirm the safety and reliability of the electric ignition system in electromagnetic environment.
通过测量电发火系统中电火工品桥丝在电磁环境下温度的变化，利用桥丝温度和感应电流的关系，测量出桥丝上的感应电流，进而对弹箭系统进行电磁环境效应评估。