1) automotive electrical appliance
汽车电器
1.
The paper analyzes the causes of automotive electrical appliance generating electromagnetic interference,and the interference is analyzed in detail in the aspects of interference source,interference coupling gateway and sensitive device.
分析了汽车电器设备产生电磁干扰的原因,从干扰源、干扰耦合通路及敏感设备等方面对干扰进行详细分析。
2.
Introduction was made to that automotive electrical appliance power standard voltage was raised from 12 V to 42 V and the trend of electrical appliance product development direction is towards to integration, modulation and electronic apparatus micromation.
为满足人类对安全、舒适、方便等需求,对汽车电器提出了更高的要求。
2) Automobile Electrical Equipment
汽车电器
1.
A computer aided automobile electrical equipment integrate testing system is presented.
介绍了一种汽车电器微机综合检测系统， 此系统可以完成几十种汽车电器元器件及总成各项技术指标的自动检测。
3) automobile relay
汽车继电器
1.
Design of portable automobile relay detecting system;
便携式汽车继电器检测系统设计
2.
Research testing equipment for automobile relay life based on PLC control
基于PLC控制的汽车继电器电寿命试验装置研究
3.
Aiming at automobile electric system voltage needs to be promoted from 14 to 42 VDC,making the energy of the electric arc increase and the arc duration lengthen for automobile relay,a non-arc make-and-break control module was proposed.
针对汽车电气系统的电压从现在的14V升到42V后,汽车继电器触头间电弧的能量增加,燃弧时间变长,以电磁式汽车继电器为本体,设计了一个以单片机为核心,电力电子器件为执行元件的无弧通断控制模块,建立并优化了时序逻辑模型。
4) automotive relay
汽车继电器
1.
As the main switches, developing 42 V DC automotive relay is an inevitable tendency.
继电器作为汽车电气系统的主要开关设备,开发42V汽车继电器是必然的趋势。
2.
With the upgrade of automotive electrical system from 14V to 42V,automotive relay is also faced to be revolutionized.
随着汽车电气系统由 14V向 4 2V升级 ,汽车继电器也正面临更新换代。
3.
Description was made to several new techniques in automotive relay development, such as reliability technique, life test technique and computer analysis technique etc.
阐述了汽车继电器开发中应重视的几项新技术:可靠性技术、寿命试验技术以及计算机分析技术等。
5) automobile voltage regulator
汽车电压调节器
1.
By improving the components precision and the temprature characteristics of the semiconductor devices,the initial design is improved and the performance reliability of the automobile voltage regulator is increased.
利用系统性能可靠性仿真,对汽车电压调节器的设计及性能进行分析,找出了对其性能可靠性影响最大的元器件,以及对环境温度敏感的元器件;通过提高元器件精度和改善半导体器件的温度特性,对初始设计进行了改进,提高了汽车电压调节器在使用中的性能可靠性。
6) EV controller
电动汽车控制器
1.
Firstly,the structure of EV controllers is introduced.
介绍一种基于直流电机的电动汽车控制器的设计原理及控制电路的实现。
补充资料：军用汽车储备里程(见军用汽车使用管理)
军用汽车储备里程(见军用汽车使用管理)
initial drive of military motors
lunyong qiche ehubei lieheng军用汽车储备里程(mileage reserVe Ofmi一itary motors)见军用汽车使用管理。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条