汽车发电机

汽车发电机抛负载电压的分析与估算

Analyses and Calculation of Unloading Voltage in Auto Alternator

分析了汽车发电机抛负载电压的形成过程及其与发电机的相电动势、激磁电流和转速之间的关系。

This paper analyzes the forming process of unloading voltage and the relations among unloading voltage , phase electromotive force , exciting current and rotational speed in art alternator .

基于VI的汽车发电机检测系统

Test System of Automotive Alternator Based on VI

汽车发电机磁极精锻成形三维有限元模拟和工艺优化

3D FEM Simulation and Optimization of Precision Alternator Pole Forging Process

汽车发电机检测系统负载控制与检测

Load Control and Measure in The Test System of Automotive Alternator

汽车发电机转子动平衡自动去重设计

Design of Automatic De weight Balancing System of Automobile Generator Rotors

汽车发电机整流电路故障分析及应急处理

Malfunction Analysis and Urgency Solution of Automobile Alternator Rectifier Circuitry

介绍了一种汽车发电机定子铁心加工的新方法。

A new method of processing stator for automotive generator was proposed .

拖拉机、汽车发电机定子卷叠铁心的焊接

Welding of the coiled cores for the generator of tractors and automobiles

提高汽车发电机系统输出功率和效率的新方法

A New Way of Improving Output Power and Efficiency for Automobile Generator

如何解决汽车发电机转子绕组断线问题

How to Deal with Winding Break of Vehicle Generator Rotor

采用带状材料的汽车发电机定子加工工艺

Process Technology of Stator for Automotive Generator Based on the Belt Material

汽车发电机智能化的电压调节器设计研究

Design for an Intelligent Voltage Regulator of an Automobile Generator

爪极汽车发电机的磁场分析和计算

The Analysis Calculations on Magnetic Fields of Claw-pole Alternator

汽车发电机定子铁心的焊接

Welding of Stator Core of Generator for Motor Vehicles

汽车发电机二极管烧毁，应剪断有故障二极管的接线，断开其电流通路。

The diode damage of automobile alternator should cut off its current passage .

阐述了汽车发电机转子动平衡专机的总体设计。

In this paper , the dynamic balancing machine for automotive alternator rotors is designed .

物化+生化工艺处理汽车发电机和起动机翻新废水

Treatment of Wastewater from the Renewing of Dynamo and Starter by Physics Chemistry + Biochemical Process

以打造中国汽车发电机精品为公司的追求目标。

The pursuit goal of the company is to make " Competitive product of Chinese automobile generators " .

用途：适用于汽车发电机定子三相逐相嵌入和盖槽楔。

Usage : suitable for three phases embedding phase by phase and cover slot for auto dynamotor stator .

爪极是汽车发电机转子的重要组成部分，其离心力变形是影响电机间隙的重要因素。

Finger is the important component of automobile engine rotor , whose centrifugal deformation is the key element affecting engine interstice .

根据汽车发电机发电性能的标准，对开关磁阻起动/发电系统的发电性能进行了研究。

The generating performance of the switched reluctance starter and generator system is researched based on the vehicle generator performance requirements .

拖拉机汽车发电机定子铁芯卷叠加工工艺试验研究初报

A preliminary report of the technological evaluation on working the stator cores of direct current dynamo used in tractors and automobiles by coiling metal strips

本机适用于汽车发电机三相定子波形绕组的自动绕排及菊花状成型，作为定子自动嵌线的前道工序。

Usage : be suitable for auto-winding & chrysanthemum shaping of car 's motor stator three-phrase undee rolling team to act as pre-working process of stator auto-embedding .

试验验证了有限元模拟分析结果，并精锻成形出合格的汽车发电机磁极产品。

Experiments of precision alternator pole forging have been made , the qualified alternator pole has been formed , and FEM simulation results are verified by experiments .

随着国内汽车发电机生产厂家对信息化技术的普及和对产品投入的科研力度的增大，在新产品开发和改进过程中产生了大量试验数据。

With the domestic automobile generator manufacturers are increasing the popularity of information technology and product research efforts investment , which produced a large number of test data in new product development and process improvement .

而目前所采用的汽车发电机由于采用爪极这种特殊的结构，材料、结构、工艺等方面又存在的诸多问题造成了目前的爪极发电机的比功率低、输出效率低等缺点。

However , the employed current automobile generator using of claw-pole , a special structure , exists large amounts of problems in materials , structures , and techniques , which have caused low power per volume rate .

本论文在中国兵器装备集团公司097项目《轿车电磁兼容关键技术研究》（NO：10111613）的资助下，对汽车发电机电磁干扰的形成机理和测试技术进行了研究。

Sponsored by Project 097 & Key Technology Study on Electromagnetic Compatibility in Cars ( NO : 10111613 ) of China South Industries Group Corporation , this paper discusses the formation mechanism and testing techniques of electromagnetic interference in automotive generators .

在此基础之上，对汽车发电机电磁兼容研究的重要性和本课题的主要研究内容进行了重点论述。②对汽车交流发电机的工作原理和电磁干扰源进行了研究。

On this basis , there is a focused discussion on the significance and the main contents of electromagnetic compatibility research in automotive generators . Second , the working principle of the automotive generator and sources of electromagnetic interference have been studied .

由于汽车发电机是汽车动力系统中的重要配套部件，是汽车不可缺少的关键部件，其性能优良程度直接是汽车技术先进性的重要标志之一，所以汽车电机是市场激烈竞争的重点产品之一。

As the car is a vehicle power system generator in important supporting parts , a car key and indispensable component of its excellent performance is an important indicator of advanced automotive technology , one of the motor vehicle is so highly competitive market , one of key products .