http://www.xheli.com/thunder-ac6-charger-power.html LiPo Battery Charging – Charging a Multi CELL LiPo Battery – LiPo (Lithium Polymer) batteries are a variety of rechargeable battery that has taken the electric Radio Controlled RC world by storm. Especially for helicopters and planes. They are the main reason electric flight is now a very viable (even preferred) option over nitro/fuel powered models.
RC LiPo batteries have many main things going for them that make them the perfect battery choice for RC helicopters (and aeroplanes) over conventional rechargeable battery types such as NiCad, or NiMH. LiPo Chargers are an integral and important part of the proper charging and overall care of your LiPo batteries.
These type of batteries are very popular nowadays. And a good charger is very expensive.
This is the most detailed tutorial on how to make your own cheap but very good – 18650 battery charger.
For each cell you need a charging module and a battery support.
For a charging module – TP4056 is the best choice.
you need to connect every battery holder to a charging module. Then connect every module inputs to a power supply of 5 volts.
You can glue all the parts to a plywood base, or connect them on a single plated copper clad board.
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Most of the people may have heard about alternating current and direct current, they are nothing but two ways in which electric flows flows frequently. A simple term in which you can differentiate them is the direction by which the electrons flow. Voltage can be explained like the moving electron with a recitalist such as a wire that has been connected for power supply.
When electrons float gradually in a particular direction or especially in forward direction, it's called direct current. Whereas, in alternating current they will not go steadily instead keep changing directions, sometimes flowing forwards and next moment going backwards. For example, the voltage that comes from the wall pipelines in several buildings including our house & office is the common type of AC. So the power that reaches to our destination is still AC. At present, it is being passed across the nation in wires far more proficiently compared to DC where the electric power is permanent.
Electric tube light, bulb and flames can work on 230 volts of alternating current and some other household items like televisions has an in-house electric supply which changes the 230 volts to a low down current current that is out of harm, safe and tolerable to the electronic coils. Alternating current slowly substituted DC progression system because it was introduced much safer to transmit over the long miles and save more voltage.
In a power plant, alternating current that comes from a generator can be step up or down by a different machine named as transformer. Transformer is device generally set up on the electrical pole at the side of road corners. They have the capacity to transform high voltage into low electricity which is suitable for your home electrical apparatus such as light, television and refrigerator etc. Alternating voltage can even be changed to DC by an adapter that you can be used to charge your laptop battery. Most of the people are aware about the function of electrical transformers; they are being used to convert voltage from one stage to another and typically from high electric power to a lower voltage.
This process is carried out by using the theory of magnetic stimulation between circuits to transfer voltage and change the existing levels. Usually transformer has a number of key characteristics of voltage and magnetism to transform Alternating current. Direct transformers also exist now, but they will not replace AC converters.
It has been seen that DC can not be altered with the pattern of the transformer, it's all because direct current will not be modifying in a similar manner as AC does. This was the major reason that AC rated high over DC at the time when voltage began to be utilized all over the world. As all are using AC, it is now very late and not possible to alter to DC system.
***NEW & Updated Version of this Video: https://www.youtube.com/watch?v=iEfT9pdsyGE ***
EV Accessories: https://goo.gl/LjGDxm
The majority of EV charging occurs at home. In this video we go over the different options available to EV owners, from using your EVSE with standard wall outlet to installing a home charger in your garage.
Never attempt to charge primary cells such as Alkaline, Zinc-Carbon, Lithium, CR123A, CR2, or
any other unsupported chemistry due to risk of explosion and fire
C4 is a smart charger designed by miboxer team,compatible with almost all types of rechargeable batteries like Li-ion/IMR/INR/ICR/Ni-MH/Ni-Cd/LiFePO4 batteries,as well as a high grade performance.With a large digital LCD display,easy to understand battery charging parameters and processes.
C4 has different charging features and modes according to different type battery charging.It use standard Li-ion battery charging mode when work with Li-ion/IMR/INR/ICR/LiFePO4 batteries;Use a full charge mode for Ni-MH, Ni-Cd batteries charging process.
Compatible with all different type of cylindrical rechargeable lithium battery.
Up to 800mA charging speed in a single slot.
High precision calibration of voltage source.
Automatically stops charging upon charging completion.
Reverse polarity protection and short circuit prevention.
Automatically detects battery power status and displays charging progress.
Automatically detects battery resistance.
Each battery slot controls and charges independently.
Support small capacity battery charging.
Support for lithium battery repair function.
Compatible with DC12V car charging function.
Made of fire resistant,flame retardant PC material.
Designed by optimal heat dissipation.
1 * Smart Battery Charger(Battery not included)
1 * US Wall Charger Cable
1 * User Manual
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Hank shows us another SciShow: Experiment! This time he’s tackling what may be the most cliche, well-known and misunderstood experiment of all time: the lemon battery. The take home message in this one is: the electricity is NOT in the lemon. Just that delicious juice.
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References for this episode: