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MicroCell
- 12V供电 铅蓄电池充电模块（充电电流200-400mA）原理图及PCB图，附带指示灯，充满保护，器件清单。-12V rechargeable lead-acid battery power supply module (charge current 200-400mA) and PCB schematic diagram, with light, full protection, the device list.
51_single-chip_based_on_th_realization_of_lead-aci
- 在蓄电池应用领域, 铅酸蓄电池以可靠、电容量大、维护简单等特点占有很大的市场。本文太阳能铅酸蓄电 池的充电方案采用了在单片机领域应用最广的51 单片机, 依靠adc 进行模拟量数据采集并在51 上采用软件实现pwm 算法 对12v 铅酸蓄电池进行( 三段精细) 充电控制, 得到良好的控制效果。基于51 单片机的铅酸蓄电池充电器的实现-Applications in batteries, lead-acid battery to a reliable, large capacity, si
7144675-Simulation-Model-for-Discharging-a-LeadAc
- Simulation design of lead acid battery
xudianci
- 有关蓄电池内阻分析的好资料，有很好的参考价值-Sealed lead-acid batteries internal resistance analysis, is learning the battery internal resistance in a good reference
1-s2.0-S0378775396025189-main
- 本文较详细介绍了铅酸电池电化学模型，考虑了电池充放电过程中的极化反应，析气反应。与实际电池的充放电特性符合-This paper has detailed electrochemical model of lead-acid batteries, consider the polarization response in the battery charge and discharge process, the gas evolution reaction. Accordance with th
soft
- Hi I am doing my final year project on battery management system using the LTC6802 LTC6802 and Silicon lab s MCU C8051F340 C8051F340. I tried to test out the SPI data connection between the chip and MCU but all I obtained was 0xFF when i tri
11
- 经过对铅酸电池的研究和分析得到，快速充电系统的模型，并建立硬件系统。-After research and analysis of the lead-acid battery, fast charging system model, and the establishment of a hardware system.
Battery-Charger1
- the lead acid battery charger with ic indication
New-Folder
- Assalmualaikum,,,,i m working on solar project .this is what i know about the lead acid battery ,its very useful document for this type of projects.
ssc_lead_acid_battery
- Lead-Acid Battery This demo implements a model of a lead-acid battery cell using the Simscape™ language to implement the nonlinear equations of the equivalent circuit components. In this way, as opposed to modeling entirely in Simu
6v-4.5ah-battery-charger-circuit
- 6V - 4.5Ah Lead acid battery charging circuit.
super-capacitor-energy-is-charged
- Intersil 白皮书：如何为超级电容器组的储能进行充电。超级电容器（supercapacitor，SC）也被称为超电容器（ultracapacitor）和双电层（electric double-layer）电容器，通常用在各种电源管理应用当中。在汽车应用中，如带有再生制动的启动-停止系统，SC能够提供重新启动内燃机时啮合（engage）起动器所需的能量，同时接受制动期间回收的动能。超级电容器有很多好处，因为它们被充电和放电的次数能够显著多于传统铅-酸电池，并且也能够更迅速地吸收能量，而不会降
EV_SOCBMS
- 动力蓄电池作为电动汽车的动力来源，其性能的好坏会对电动汽车的可靠性、安全和效率等方面起到重要作用。目前常用的电池有铅酸电池、镍氢电池、锂离子电池与燃料电池。-Power battery as a power source of electric vehicles, the reliability of its performance will have electric vehicles, safety and efficiency has played an important role. T