A battery is a device that converts chemical energy into electrical energy. The basic design of a battery consists of two electrodes, an anode (positive pole) and a cathode (negative pole). The battery between two electrodes causes an electric current is primarily a difference in voltage between the anode and cathode. The voltage goes through a chemical called an electrolyte (which may be liquid or solid). This battery consists of two electrodesgalvanic cell.
The first inclination that there was an electrical path-way from anode to cathode of the battery or in this case the first "frog" in 1786, when Count Luigi Galvani (an Italian anatomist, 1737-1798) found that when muscles were a dead frog with two pieces of different metals touched, the muscle tissue twitched.
, An Italian physicist who realized that - this idea of Count Alessandro Giuseppe Antonio Anastasio Volta (February 18, 1745 March 5, 1827) ledContraction was caused by an electric current, which was created by chemicals. Volta's discovery led to the invention of chemical battery (also called the voltaic pile) in 1800. His first stakes photovoltaic panels made of zinc and silver (separated by a cloth) were taken in a salt bath. Volta improved the pile, with zinc and copper in a bath of sulfuric acid, weak and invented the first generator of continuous electrical current.
The batteries, which today are simply variations of theBeginning of the battery or voltaic pile. The batteries of today are made from sheets of reactive chemicals separated by barriers, being polarized so that all the electrons gather on one side. The page, which all assemble on negatively charged electrons, and the other is positively charged. Connecting a device creates a current, and the flow of electrons through the device to the positive side. At the same time, an electrochemical reaction takes place inside the battery to replenish theElectrons. The effect is a chemical process that generates electrical energy (electrochemical energy).
Now, with these premises, we want to be close to a popular battery - Battery 167 Battery iPAQ 648 and use it as an example of how an electrochemical reaction will occur in the battery to provide energy. Most of the batteries work in a similar way as in this example should provide a basic return.
You can use a photo of the battery iPAQ 167 648 may be found at:http://www.batteryship.com/htmlos/htmlos.cgi/batteryship/catalog.html?item=167648.
The specifications are:
or lithium-polymer
or 3.7 volts
or 1600 mAh
OEM or 100% compatible. IPAQ 167 648 battery is guaranteed to meet or exceed OEM specifications.
Or Power Management Integrated Circuits - protect against over-voltage and voltage conditions and maximizes battery life, minimizes charging times, and improves overall battery life.
ThisThe technical measures are in fact some of the technical processes that take place inside the battery iPAQ 167 648, while battery-powered with electricity and quantify the energy to power your iPAQ 167 648 Battery.
The iPAQ 167 648 battery is the energy source for the iPAQ 167 648 PDA. The iPAQ 167 648 battery converts chemical energy into electrical energy conversion and formed the basis of energy to power the iPAQ 167 and 648 of the device battery.
InternalThe durable casing of the iPAQ 167 648 Battery is an internal system design that two electrodes, electrolyte, plates of reactive chemicals, and includes a dry cell.
To create the electricity to power the battery and the IPAQ 167 648: In conjunction with one another each of these parts a particular function.
Let's just say the interior design of the iPAQ 167 648 Battery.
The two electrodes inside the battery are included iPAQ 167 648, the anode andCathode. The anode is the positive electrode and is where oxidation occurs. During oxidation, oxygen electrode, which included the removal of electrons from the specific chemical compound (eg lithium) causes. The cathode is where reduction (gain of electrons) takes place. A redox reaction is one in which electrons gain from a source oxidants. The iPAQ 648 is battery 167 in the anode for the oxidation of electrons at the cathode is appropriate.
The transfer of electrons fromcathode to the anode is passed through an electrolyte. The electrolyte is a gel-like polymer film that does not conduct electricity but allows ion exchange. The dry polymer electrolyte design offers simplifications with respect to fabrication, ruggedness, safety, a razor thin-profile geometry, and conductivity increased. The electrolyte is in a cell was kept dry galvanic electrochemical cell with electrolyte paste.
As electrons through the electrolyte, can beThe measure of its volume in amperes (A) at a rate of an amplifier for each 62,000,000,000,000,000,000 electrons per second.
[A sidebar: in case of iPAQ 167 648 Amp battery rating is rated as mAh. Milliamp hour (mAh) is most commonly used notation for the iPAQ 167 648 Battery. Note that 1000 mAh, which is the same as 1 Ah. (Just as 1,000 mm equivalent to 1 meter.) Note that Amp hours do not dictate the flow of electrons at all times, is that the role of the Volt. A Battery 167 648 iPAQIn a 1-hour rating could deliver ½ Amp of current for 2 hours, or they could provide 2 Amps of current for a half hour.]
As above, such as electrons through the electrolyte of the battery 167 648 a flow of electrons are generated randomly mentioned. Since the electrons from the anode to the cathode through the electrolyte to the flow of electrons, created by the current iPAQ 167 648 battery, battery to power your iPAQ 167 648.
Current can be measured in volts, is theMeasuring the potential of electricity. You may exercise when the pressure of all the electrons on the cathode iPAQ 167 648 Battery, to think as they move from the anode. This "pressure" of electrons can be controlled in such a way that can be sent just the right amount of current through the iPAQ 167 648 Battery.
Just like us, by example, the iPAQ 167 648 Battery, we began to see that if the battery to the battery of the iPAQ 167 648 there is a whole series of works controlledhappens more than we usually realize it happens.
By the way, the iPAQ 167 648 battery fits the following models:
IPAQ 3135, IPAQ H3135, IPAQ 3150, IPAQ H3150, IPAQ 3630, IPAQ H3630, IPAQ 3635, IPAQ H3635, IPAQ 3650, IPAQ H3650, IPAQ 3660, IPAQ H3660, IPAQ 3670, IPAQ H3670, IPAQ 3760, IPAQ H3760, IPAQ 3765 , IPAQ H3765.
