充电装置

  • 网络charging device;Charger;charging station
充电装置充电装置
  1. 高效率太阳能充电装置主电路的设计和分析

    Design and Analysis of High Efficiency Solar Charger Main Circuit

  2. 再次,对充电装置进行软件设计,来实现充电方案。

    Thirdly , the software design of the charger will be demonstrated to realize the charging scheme .

  3. USB安全套是一种改进过的USB适配器,当移动设备的USB连接线插进公用充电装置时,USB安全套可以防止数据被盗或被黑。

    USB condom is a modified USB adapter that prevents data from being stolen or malware from being installed when a mobile device ’ s USB cable is plugged into a public charging station .

  4. DSP在智能充电装置中的应用

    The Application of DSP in Intelligent Charge Device

  5. 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 .

  6. 基于IPM和DSP实现的智能充电装置设计

    Design of Intelligent Charge Device Based on IPM and DSP

  7. 基于AVR单片机的镍镉电池快速充电装置设计

    The Design of Ni-cd Battery Fast-charging Device Based on AVR - SCM

  8. 它还拥有一大优势,即车主能买一台备选的家庭充电装置,它能在4小时内充满电,这个速度几乎是日产聆风(NissanLeaf)充电时间的两倍。

    One real advantage of the focus is that you can buy an optional home charging system that will charge the car in four hours , about twice as fast as the all-electric Nissan LEAF .

  9. WiTricity正在与心脏辅助泵制造商Thoratec合作开发无线充电装置。

    WiTricity is working with heart pump maker Thoratec to create a wireless solution .

  10. 在驱动能量控制方面,因HEV电池容量较小且无外接充电装置,因此只能工作在CS(Charge-Sustaining)模式。

    As to the driving energy control , HEV battery capacity is small and has no external charging device , so it can only work in CS ( Charge-Sustaining ) Mode .

  11. -实现基于数字信号处理器TMS320F240的充电装置控制电路的软硬件设计,实现高速的数据采集、事件管理、复杂的控制算法和输出控制,从而实现真正高效、快速、无损的充电过程。

    The software / hardware implementation of a DSP ( TMS320F240 ) based system controller that performs high-speed data-acquisition , event management , control algorithm and output control .

  12. 介绍了由IPM-PM200DSA120作主电路和由DSP-TMS320F240为核心的控制电路所组成的新型智能充电装置。

    The new type intelligent charge device is made up of IPM-PM200DSA120 and DSP-TMS320F240 is introduced .

  13. 并应用智慧型功率器件IPM斩波作为主电路、87198单片机系统作为控制电路研制了模糊控制轻型智能充电装置,给出了软硬件设计和完善的抗干扰措施。

    A fuzzy control light weight intelligent power charging device was development with a intelligent power part IPM chop wave as a main circuit and a 87198 computer system as a controlled circuit . The device has a hardware design and improved anti interference measures .

  14. 蓄电池和充电装置的充放电试验。

    Charge and discharge operation test for battery and charge equipment .

  15. 动态电压恢复器检测系统和充电装置技术的研究

    Research on the Test System and Charging Device of Dynamic Voltage Regulator

  16. 不要使用快速充电装置起动发动机!

    Do not use a rapid charging unit to start the engine !

  17. 100kV/2A三相恒流重复频率充电装置

    100kV / 2A three-phase constant - current repetitive-rate charging equipment

  18. 新型矿用电机车蓄电池充电装置矿用电机车蓄电池智能充电机的研制

    Development of Intelligent Batteries Charger Used for Electric Vehicles in Coal Mine

  19. 带功率因数校正的密封铅酸蓄电池充电装置的研制

    Research and Development of Charger for Storage Battery with Power Factor Correction

  20. 单片机控制的可控充电装置

    On Silicon Control Charging Device Controlled by Single Chip Microcomputer

  21. 基于专家系统的蓄电池智能充电装置

    Smart battery charging device based on expert system

  22. 非电源式放射性剂量笔充电装置

    Charging installation of radioactivity personal dosimeter without source

  23. 大容量镍镉电池智能型快速充电装置

    The Automatical Fast-charging Device for Large-capacity Ni-Cd Battery

  24. 水电厂高频直流电源充电装置研究

    Design of High Frequency Charge Equipment for Direct Current Power Supply in Hydropower Plants

  25. 检查预充电装置:如果电压低的话,再冲电或安装一个新的。

    Check precharge : if low , recharge it or install a new one .

  26. 智能充电装置及其控制技术

    Intelligent Charge Device and Its Control Technology

  27. 一种新型脉冲式快速充电装置

    A Novel Pulse Type Fast Charge Equipment

  28. 本文所设计的太阳能充电装置可以实现电动自行车的太阳能充电。

    This design of solar charging devices can realize the solar charging of electric bicycle .

  29. 脉冲充电装置的新用途

    New application of pulse charge device

  30. 新型蓄电池充电装置

    A New Battery Charging System