USB Phone World Posting Page
Sunday, October 24, 2010
While new high technologies are developing rapidly, lithium Dell Inspiron 9200 battery has also paid attention to environmental protection and its basic performance. Does it mean that these two factors are not inconsistent with each other? Such problem can be solved by organic electrolyte in laptop batteries.
To increase the performance of metal lithium, battery for Dell Inspiron 1300 has added dioxane and li-licoo2 by different proportion. It turned out that 2% of electrolyte can be increased rapidly in electrode life cycle by dioxane while utilization has increased by 10% and discharge platform reaches 100mV. Compared to performance on the appearance, these high cycled batteries can perform much better.
As a matter of fact, internal metal particles are sensitive to all the other cooperative components. Among them, organic electrolyte has a significant impact on electronic transmission and surface modification. Therefore, even if not installed with many cells, Dell Inspiron 9200 battery provide enough power energy and no more components are consumed easily.
Normally, Dell Inspiron 1525 with 9 cell battery has owned specific capacity of 3800mAh/g in theory and very low oxidation reduction potential voltage. For this reason, metal lithium-ion won’t reduce the performance but increased the lifespan and additional functions to batteries as well. Such conditions are not only occurring to high-capacity electrolytic condenser but also some standard 6-cell ones.
Accordingly, Dell Inspiron 9200 battery of lithium metal electrode is bound to have vast application prospects in the near future. However, as metal electronics are easy to produce lithium dendrite, battery for dell inspiron 1300 added by dioxane is also possible to cause capacity reduction when dendrite comes off from polar plate and some serious accidents like short circuit and explosion will occur also.
by: USB Phone World