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How Does Lithium-ion Battery Charge TWS Bluetooth Headset?

Release date:Feb 21 ,2022 Source:BPI Pageviews:-
What will you create if you find a small piece of battery which could generate great power? A lithium-ion battery is the modern battery genie at your service.

What will you create if you find a small piece of battery which could generate great power? A lithium-ion battery is the modern battery genie at your service.

With the advancements in battery technology, Lithium ions are being used to develop the lithium-ion battery. Inside, the electrochemistry of lithium plays a major role in making it work. It is a rechargeable battery. The high-power density, long life, low self-discharge, all of which create myriad possibilities for many electronics.  In this post, we will discuss the one in the TWS Bluetooth headset.


Figure 1. Lithium-ion Battery Working Sample

How Does Lithium-ion Battery Work?

The way the lithium-ion battery works is that lithium ions are charged due to their movement between anode and cathode (i.e., the negative and positive cathode, respectively). As aforementioned, lithium-ion batteries can partially store high voltages and loads per unit mass and volume.

What is more, lithium-ion batteries can use different electrodes –  lithium cobalt oxide (cathode) and graphite (anode), which are the most common combinations and are most commonly found in portable electronics such as cell phones and laptops. Lithium manganese oxide (used in hybrid vehicles) and lithium iron phosphate are other cathode materials. Li-ion batteries generally utilize either as an electrolyte (a family of organic molecules).

Requirement of Bluetooth Headsets Batteries

TWS Bluetooth headset links to your phone using a specialty wireless network. It eliminates the need for the cumbersome and clunky cables which formerly were required to link a headset to a phone, allows you, while leaving your hands free, to speak and hear through an earpiece.

The technology used in a TWS Bluetooth headset battery ensures that the use is safe and high-quality while preserving your telephone’s security. But for high power to send or receive signals, a battery would either be too big or too heavy to be used on the ear.

In addition, the Bluetooth signal’s frequency and short-range characteristics demand relatively lower operational power by design. The signal’s low power nature also restricts the range between the headset and the parent telephone. Yet, additional changes in lithium-ion batteries have made it possible to reduce the power consumed by a headset even more.

Features of Lithium-ion Battery in Bluetooth Headsets

High density, extended service lives, low maintenance costs, and low environmental consequences are characterized by lithium-ion batteries. It gives a long battery life to the Bluetooth headset because lithium-ion battery charging can bring up to 3.6 volts, threefold more than nickel-cadmium or nickel-metal hydride technology.

Most notably, Li-ion batteries are around 1.5-2 percent a low rate of discharge. So you’ve got a longer lifespan. Typically, a 5-W power source can power the battery charger for a lithium-ion battery charging. A 18A draw may easily be supported for ten minutes before it is entirely drained using a high-discharge cell with a 3-V terminal voltage and a three-ah capacity. In 15 minutes, this battery may recharge the Bluetooth headset completely.

Advantages of Lithium-ion Battery in Bluetooth Headsets

For large-capacity batteries, the average duration of the rechargeable lithium-ion battery can be eight hours or above. Long-term service helps repay your investment in battery technology with the lithium-ion battery.

When a TWS Bluetooth headset is tied to a charging station, the use of fast-charging lithium-ion batteries ensures reduced downtimes. The less time a Bluetooth headset needs to sit idly, the better in a busy facility, of course.

Lithium-ion battery charging also minimizes the risk of accidents by reducing exposure to inflammable fuels. It also helps in enjoying a quiet, low dBA level operation. Lithium-ion battery charging increases the affordability, lowers the noise level, and helps one be more sustainable for the environment and one’s personal life as well.

Final Thoughts

Now that you know, the lithium-ion battery can offer ultimate benefits to its users. The next step, you’d better consider carefully on selecting a lithium-ion battery manufacturer. Hereby, BPI is the best choice for your power needs.

BPI is extremely customer-centric and vows to become the world leader in battery technology. BPI’s lithium-ion battery for TWS Bluetooth headsets shows high reliability, is affordable and has a long life cycle.

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