All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(142 products available)
Ready to Ship
Ready to Ship
Ready to ShipThe 502540 500mAh lithium polymer battery comes in diverse types, each suited for different applications. Below are the common types found:
Standard Lithium Polymer Batteries
The common 502540 500mAh lithium polymer battery features a standard configuration. It runs well as a general-purpose battery. These batteries do well in devices like smartphones and tablets. Normally, they offer a balanced power capacity and efficiency.
High-Discharge Lithium Polymer Batteries
High-discharge 502540 LiPo batteries are ideal for contraptions requiring a power boost. Often, they deliver electricity with higher discharge rates. Normally, they suit electric vehicles and drones. These batteries maintain stable output even when high loads are necessitated.
Low-Temperature Lithium Polymer Batteries
Low-temp LiPo batteries do perform reliably in colder settings. Often, they come with special electrolytes. These help in maintaining performance under low temperatures. These batteries predominantly find their use in outdoor devices. These devices are likely to operate in cold environments.
High-Capacity Lithium Polymer Batteries
High-capacity batteries sport a larger mAh rating. This makes them ideal for applications requiring extended run times. For instance, wearables and medical gadgets require long battery life. They often switch out for their high-capacity counterparts.
Protected vs. Unprotected Lithium Polymer Batteries
Protected LiPo batteries have an in-built circuitry. This comes in handy to prevent overcharging. Conversely, unprotected batteries cuddle interior devices. Often, they come with less space for extras. Over safety shields, protected batteries do perform better in heavier applications.
The 502540 lipo battery packs myriad features that make it stand out. For starters, it comes with a flexible shape and light weight of about 14 grams. Also, it yields 500 milliamps per hour and runs on 3.7 volts. Here’s a breakdown of its variegated features:
Safety and Design
This battery is constructed with a strong polymer casing. It reduces the risk of explosion. Especially with compared lithium-ion batteries. The design is slim and fits easily into devices with limited spaces. Think of smartphones or IoT gadgets. Here’s a sneak peek into the build quality of the device:
Versatility
This battery is popular in multiple devices. Its compact size makes it versatile for varied electronics. Common uses include smartphones, tablets, and wearables. Manufacturers adore the battery's adaptability across multiple product lines.
Robust Performance
The 500mAh capacity guarantees extended usage before a recharge is necessary. This makes it a prized choice for devices lucky enough to have slim profiles and high usage. Often, it is accompanied by a stable voltage output. This ensures consistent performance for the gadget.
Easy Installation
This battery comes with slim dimensions. It makes installation in electronic devices seamless. Its standard size often fits existing compartments in multiple gadgets. This simplifies the process for manufacturers. This way, they avoid major design overhauls.
Environmental Considerations
The lithium polymer battery is less likely to spill hazardous materials. Such are common with other battery types. It makes them ideal for eco-conscious electrical engineers. This is because they’re easier to recycle and manage post-consumer use.
Device Compatibility
A 502540 500mAh lithium polymer battery is ideal for assorted electronics. These range from smartphones, to wearables, and IoT gadgets. To begin with, ensure the LiPo battery dimensions are compatible with the intended device. At least confirm it can fit into the available space without much hassle.
Voltage and Capacity
Check the battery’s voltage rating. It should match the device's requirements. Normally, this particular battery sports a 3.7V nominal voltage. Also, ascertain the capacity. In this case, it is 500mAh. It gives a reasonable runtime for light to moderate usage. But as a product buyer, one should go for high-capacity variants. This ensures prolonged usage before a recharge is required.
Discharge Rate
Look at the discharge rate. It influences the battery's performance during high-demand tasks. Such as running apps or using power-hungry features. This variant has a 10C rate. It makes it suitable for moderate to high-performance applications.
Recharge Cycles
Lithium polymer batteries are prized for their longevity. Especially when compared to other lithium batteries. Go for one with a decent number of recharge cycles. This ensures users enjoy extended battery life before replacing it.
Charging Requirements
Lastly, check the battery charging specifications. Ensure they’re in line with the device's charging system. It helps avoid overcharging or undercharging. This battery supports a standard charging rate. Therefore, it makes it easy to manage without specialized chargers.
A void with specific care practices, a lithium-ion polymer battery dearly lasts longer and remains safe for use. To begin with, users should avoid overcharging the battery. Ideally, lithium polymer batteries perform better when their charge levels are maintained between 20%-80%. To protect the battery from overcharging, users can invest in chargers with built-in protection mechanisms. These devices automatically stop charging when the battery attains full charge.
At times, the battery will require storage. During this period, ensure it is stored in a cool, dry place that is devoid of direct sunlight. While at it, store the battery at a partial charge of about 50%. This charge level helps in keeping the battery cells in good condition. Moreover, exposure to extreme temperatures adversely affects battery performance and safety.
Since this battery type is prone to swelling, it is advisable to check for signs of damage or swelling once in a while. If the battery starts swelling, don't panic! Just ensure it is kept away from flammable materials. Also, avoid using devices with swollen batteries. This may cause fire or even explosion. As a product buyer, consider purchasing battery cases that protect devices from battery swelling. They come in handy when swelling occurs.
Lastly, regular room temperature checks contribute greatly to battery maintenance. The ideal storage temperature for lithium polymer batteries is between 15°C to 25°C. Anything outside this range contributes a lot to deterioration.
This battery type is commonly found in consumer electronics. Such as smartphones, tablets, and wearable devices. A few medical and remote-controlled gadgets also prefer this battery. Its compact size enables it to fit into narrow spaces within these devices.
Yes. It is a common battery type for numerous electronic gadgets. Always remember to confirm compatibility with the device manufacturer. This makes sure it meets voltage and capacity requirements.
Battery lifespan varies greatly with usage and storage conditions. Typically, this battery type lasts for about 2-3 years. Though it may decrease with frequent usage or exposure to adverse temperatures.
It can be easily recharged using a compatible lithium polymer battery charger. Compatible here means a charger that matches the battery’s voltage and current specifications. To be on the safer side, always refer to the device manufacturer's guidance on the appropriate charging accessories.
This battery may lose charge over time. This can lead to battery cell deterioration. To prevent this from happening, store the battery at a partial charge of around 50%. Also, periodically check on the battery to ascertain it is at proper charge levels.
