基于DSP技术研发了一种新型矿用电机车蓄电池充电装置。
A new battery charger for mining electric locomotive is developed based on DSP technology.
分析了现有矿用电机车直流电源变换器的特点及其发展趋势。
It analyzed the characteristics and developmental trend of the present direct current converter of the mine electric locomotive.
基于DSP开发出一款矿用电机车蓄电池充电的开关电源式智能充电机。
The paper developed a new kind of intelligent power switch charger for storage battery of mine-used haulage motor on the basis of DSP.
矿用电机车的速度控制方式包括串电阻式、直流斩波式和交流变频式三种。
The mode of speed control for mining tram includes three types of series resistances. Dc chopper and AC converter.
分析了矿用电机车的牵引力与制动力，指出各种矿山运输教材中机车章的错误。
The paper analyzes the haulage force of mine locomotive and its brake force, and points out some errors in various text books on portation mine transportation.
论述了基于DSP开发出一款矿用电机车蓄电池充电的开关电源式智能充电机。
Presents an intelligent batteries charger developed based on DSP. The charger is used for electric vehicles.
介绍了矿用电机车的简要工作原理、粘着系数、牵引力及其相关参数的选择与计算。
This paper analyses the main principle, adhesion factor, traction and relative parameters calculation of mine electric locomotive.
因此，优化模糊直接转矩控制在矿用电机车牵引控制系统上的应用一定有广阔的前景。
Therefore, the optimization fuzzy Direct Torque Control mine electric locomotive traction control system must have broad prospect of application.
因此，优化模糊直接转矩控制在矿用电机车牵引控制系统上的应用一定有广阔的前景。
Therefore, the optimization fuzzy Direct Torque Control mine electric locomotive traction control system must have broad prospect of application.
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