Five basic compounds are used to make lithium ion batteries; two are utilized for video batteries. The more common compound is lithium cobalt. Recently, lithium manganese oxide has been utilized. While closely related, these compounds have different qualities.
Lithium cobalt releases its charge more slowly. For the end used, this results in less current but a longer performance period during each use. This battery will also hold its charge for a longer period when not in use.
Lithium manganese oxide gives off current more quickly. This shortens the performance period but allows a greater amount of power during use without damage to the battery. This compound will not hold the charge as well during storage; the battery should be charged before use.
When more power is needed, the use of a slow release battery will result in a shortened performance period and will damage the battery. Users report battery life is reduced by more than 50% when a lesser amp battery is used in a high-demand situation.
For example, the Panasonic AJ-HPX2000© consumes about 4 amps of power per hour, while the RED One© uses twice that much. Adding a monitor and a wireless receiver will increase the draw by at least 2 additional amps. A battery providing 7 amps of power will work well with the Panasonic© but will deteriorate quickly trying to power the RED©.
BLUESHAPE uses both compounds. The models ending in “HD” are suitable for the higher draw systems, providing 12 amps with surges to 15 amps without shutting down.
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