The CR123A batteries are commonly household single-use batteries commonly used in torch flashlights, cameras, etc. The common configuration of the CR123A batteries is 3 volts, 2 or 3 cells with lithium-based composition.
The battery community of the world achieved a major milestone in 2019 when the Royal Swedish Academy of Sciences awarded scientists John B. Goodenough, M. Stanley Whittingham, and Akira Yoshino were awarded the Nobel Prize in Chemistry for their contribution in developing the Lithium-Ion batteries. The achievement was a major event showcasing the importance batteries have in the day to day lives of each and every human being in this world.
There is no modern scientific invention that can showcase the significance and importance of batteries with equal proportions in this modern digital and electronic lifestyle.
In a lay man’s terms, batteries are simply portable packs of power that are available in various shapes, sizes, types, capacities, voltages, purposes in the consumer market depending on the nature of the purpose of their application and manufacture production. The modern digital world is dominated by electronic devices which are immensely dependant on batteries.
Batteries in the modern world are often known by their chemical compositions which commonly are Nickel Cadmium (NiCd), Nickel Metal Hydride (NiMh), Lithium Polymer battery (LiPo), Lead Acid, and Lithium-Ion battery (LiOn). The performance of the batteries depends on various factors which further vary on the various manufacturers.
The elements such capacity, voltage, number of cells, discharge rating or C-Rating, anti-leak technology, resistance to pressure, temperature, climatic fluctuations, among others affect the lifespan, efficiency, and performance of batteries including the CR123A battery.
The composition of the CR123A battery consists of 3 volts, various capacities measured in mAh varying number of cells, compact, lightweight, etc. They are regularly high capacity lithium manganese-based batteries with dimensions of 17 mm by 33.5 mm. The CR123a batteries are commonly used in cameras, flashlights, security alarm systems among others.
There are several other similar factors that also impact directly or indirectly on the lifespan of the CR123A lithium battery such as manufacturing brand, self-discharge rate, storage, P-T-C protection, among other factors.
What are the various applications of CR123a batteries?
The CR123a batteries are commonly used for application in flashlights, digital cameras, electronic toys, computer mouse, radios and security alarm systems since they are often high capacity & high performing batteries. In recent times, CR123a rechargeable batteries versions are also available in the consumer market.
What is the shelf life of CR123A batteries?
The shelf life of any battery simply means the complete life expectancy of the battery. The shelf life of CR123A batteries is around ten years which is common amongst all brands manufacturing the batteries.
What is the C-Rating of the CR123a batteries?
The C Rating or discharge rate simply means the rate at which the fully charged battery discharges the power it contains. The C-Rating of the CR123a batteries is measured at 2% per year or 0.5% per year when stored at room temperature.
Does storage affect the life of CR123a batteries?
Battery's efficiency is affected by fluctuating temperature and climatic variations. Batteries must be stored appropriately in a plastic box if possible in their original packing in a location that is cool and does not come in contact with humidity.
Is P-T-C protection important in batteries?
P-T-C protection simply means protection against pressure, temperature, and climate which directly affect the life of the battery. In modern batteries, manufacturers provide protection against P-T-C which is very important for the lifespan of the rcr123a rechargeable batteries.