battery charging voltage 中文意思是什麼
battery charging voltage
解釋
蓄電池充電電壓-
The li - ion or li - polymer battery ic use cc / cv charging mode which includes the 3 charging stages : the trickle charging, large constant current charging and constant voltage charging
本文設計的鋰電池充電器晶元採用了恆流恆壓的充電方法，並在此基礎上將充電過程分為三個階段:預充電、恆流充電和恆壓充電。 -
After which, the battery will be charged by large constant current to allow the fast charging. finally, the constant voltage charging is adopted to guarantee the battery was charged to its full capacity. under the condition that the temperature has raised to a certain threshold at the constant current charging stage, the over temperature circuit is performing and it provides a compensation current which switches the system to constant temperature charging mode with the intention of protecting the ic
即在充電初期採用較小的電流對電池進行預處理，對出現過放電的電池進行修復和保護;然後採用較大的恆定電流對電池充電，實現快速充電的目的;最後採用恆定壓充電，確保電池充滿;在恆流充電階段，當晶元溫度上升到一定程度時，晶元過熱保護電路開始工作，該電路以提供充電補償電流的形式使充電進入恆溫充電模式，對晶元進行保護。 -
Automatically detect the voltage of battery, regulate the charging current, and compensate for the self - discharging loss of battery at any moment to ensure that the generator set obtains the suffcient electric quantity of battery required whenever the generator set starts
自動檢測蓄電池電壓，調節充電電流大小，隨時補充電池自放電損失，保證機組任一時刻起動所需電池電量。 -
Voltage meter, current meter, frepuency meter, oil pressure meter, water temperature meter, timer, battery voltage or charging current meter, protection indicator, speed and voltage inching switch and etc
電壓表電流表頻率表油壓表水溫表計時器電池電壓或充電電流表保護指示燈轉速及電壓微調開關等。 -
Constrained to technologies, the lead - acid battery mainly adopted traditional charging methods such as constant voltage, constant voltage with current limitation, constant current, etc. the charging current of these methods cannot match efficiently the acceptance curve of the lead - acid battery proposed by j. a. mas. as a result, some of these methods have a low time efficiency and incompleteness charging. and some of them lead to overcharge and gas - generation, which will result in low - efficiency, time - consuming and prone - to - damage of the charging operation
鉛酸蓄電池由於受到技術條件的限制，其充電主要採用恆壓、恆壓限流、恆流等常規充電模式，這些方法的充電電流未能有效的遵從馬斯所提出的可接受充電電流曲線，因而有的充電方法時間效率低、充電不完全;有的則存在著過充電和析氣等現象，並導致充電過程的低效，耗時和易損。 -
The charging of lead - acid battery, the most widely accepted secondary battery, constrained to technological limitation, mainly adopted traditional charging methods such as constant voltage, constant voltage with current limitation, constant current and etc. those methods may not follow the internal physical and chemical laws within the battery, leading to serious overcharge and gas - generation, and resulting in low - efficiency, time - consumming and prone - to - damage of the charging operation
二次電池中被最廣泛接受的鉛酸蓄電池由於技術條件的限制，其充電主要採用恆壓、恆壓限流、恆流等常規模式，這些充電方法未能遵從電池內部的物理化學規律，大多存在著嚴重的過充電和析氣等現象，並導致充電過程的低效，耗時和易損。 -
On charge, the counter-voltage or overvoltage of the battery could be so high as to restrict the charging characteristics at low temperatures.
充電時，蓄電池的反電壓或過電壓太高，以致限制了低溫充電性能。 -
Gca silicon commutate battery charger are the ideal portable tools for charging, they are composed with the conditions of voltage dropping through rectifier transformer, then the bridge rectifying of rectification circuit. the output full - wave pulstin current charge the storage battery. the voltage changing composed with multiband switch. the outputcurrent can be adjusted. this kind of product used any moment onctarging anyplace
Gca系列整流充電機是由整流變壓器的降壓，再經過流電路的橋式整流，輸出全波脈動直流對電瓶進行充電，電壓調速同多頭波段開關組，輸出流可以調節，該產品用任何需要補充充電的場所。 -
Key technology of pv system is checked, especially methods of battery monitoring are explored. three monitoring methods of charging state are presented : the method based on battery on - line voltage monitoring, the method based on battery off - line voltage monitoring and the method based on formulas
對蓄電池的監控技術的關鍵是蓄電池荷電狀態的檢測，本文探討了三種檢測方法：一是基於蓄電池在線電壓檢測蓄電池荷電狀態；二是基於蓄電池穩態開路電壓檢測蓄電池荷電狀態；三是公式法。 -
The trickle charging uses small current at the initial of charging cycle to fix and protect the over - discharged battery ; after which, the battery will be charged by large constant current to allow the fast charging ; finally, the constant voltage charging is adopted to guarantee that the battery is charged to its full capacity
在充電初期採用較小的電流對電池進行預處理，對出現過放電的電池進行修復和保護;然後採用較大的恆定電流對電池充電，實現快速充電的目的;最後採用恆壓充電，確保電池充滿。 -
To shorten charging time and improve charging efficiency, the circuit can change the charging electric current automatically according to real time voltage of the battery, and dispel the polarization phenomenon by narrowing pulse discharge in the whole course
該電路可根據蓄電池端電壓自動改變充電電流大小，並通過全程窄脈沖放電消除了充電過程中的極化現象，縮短了充電時間，提高了充電效率。 -
The battery status detector, which is designed for constantly monitoring the voltage and current in battery to confirm the charging stage, is also discussed in the thesis
晶元中有電池狀態檢測電路，不間斷的檢測鋰電池的電壓和電流，以確定鋰電池應該進行的充電階段。 -
With the application of real - time multi - tasks mechanism and modulization software structure, the controller can set and modify the parameters on - line, collect and process the real - time data of the four - battery charge / discharge devices, termly and digitally regulate the closed loop and monitor the real - time faults, so that the system can control different styles of charging and discharging operate mode such as in constant current style, constant voltage with limited current style and static style
控制器軟體採用實時多任務機制和模塊化的設計思想，通過對蓄電池化成充放電過程中工藝參數的在線設定修改、實時數據的採集處理、定時的數字閉環調節和故障的監測，實現對蓄電池靜電、恆流、恆壓限流等多種充放電工作方式的控制。 -
Fast charging with a high current supply should not be attempted on a deeply discharged battery ? the battery would draw excessive current, pull the vdd voltage down, and possibly cause a handset malfunction or shutdown due to an under - voltage lockout condition
不要嘗試用大電流給一塊完全沒有電的電池快速充電，電池能夠吸取過量電流，拉低vdd的電壓，使手機處于欠壓條件下，可能造成手機故障或關機。 -
The paper focuses on charge control technology, for instance, battery temperature control, voltage control, tinier control, compositive control and otherwise. the compositive control technology is applied for charging battery in this paper
詳細的論述了有關的充電控制技術，即電池溫度控制、電壓控制、定時控制及綜合控制技術，設計中選用了綜合控制技術，對電池進行充電。 -
The effect of the charging voltage on the the life of storage battery
充電電壓對蓄電池壽命的影響研究
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