EPX76 vs A76 Battery: A Comprehensive Comparison
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The EPX76 and A76 batteries are both cylindrical batteries that are commonly used in a variety of electronic devices. However, there are still several key differences between the two batteries.
EPX76 vs A76 Battery: Quick Comparison Table
| Specifications | EPX76 | A76 |
| Size | 11.6mm in diameter And 5.4mm in height | diameter of 11.6mm & Height of 4.8mm |
| Capacity | Around 150-200mAh | Around 120-150mAh |
| Application | Higher power-consuming devices. | Small and low power-consuming devices |
| Voltage | 1.5V | 1.5V |
| Chemical Composition | Zinc-carbon chemistry Contains a higher amount of electrolyte | Zinc-carbon chemistry Contains a lower amount of electrolyte |
What are The Differences Between EPX76 vs A76 Battery?
The EPX76 battery is a button-shaped cell with a capacity of typically 150-180mAh, considered a high-capacity battery.
It is commonly used in small electronic devices such as calculators, remote controls, and other small appliances.
The battery has a longer shelf life and can be stored for extended periods without losing its charge, which is slightly larger than the A76 battery.
The A76 battery is also a button-shaped cell, but the EPX76 battery has a higher capacity. The capacity of the A76 battery is typically around 120-130mAh.
This battery is commonly used in small electronic devices such as calculators, remote controls, and other small appliances. Moreover, the battery is slightly smaller than the EPX76 battery.
It’s important to remember that a battery’s capacity, size, and intended use can change based on the maker, the battery’s age, and the storage circumstances. As a result, each given battery’s precise capacity, size, and application may not fall within the usual range.
It’s always recommended to check the battery’s specifications before purchasing and using the battery in a device that requires the appropriate capacity, size, and voltage.
Here are the major differences between EPX76 and A76 Battery
Size:
The EPX76 battery is typically slightly larger than the A76 battery. The size of EPX76 generally is around 11.6mm in diameter and 5.4mm in height. Due to its larger size, it may not fit into devices designed for the smaller A76 battery.
On the other hand, the A76 battery is typically smaller in size. A76 generally is around 11.6mm in diameter and 4.8mm in height. Due to its smaller size, it may not fit into devices designed for the larger EPX76 battery.
Capacity:
The EPX76 battery is a button-shaped cell with a capacity of typically 150-200mAh, considered a high-capacity battery. It is commonly used in small electronic devices such as calculators, remote controls, and other small appliances. It has a longer shelf life and can be stored for extended periods without losing its charge.
On the other hand, the A76 battery is also a button-shaped cell, but it has a lower capacity than the EPX76 battery. The ability of the A76 battery is typically around 120-150mAh. It is also commonly used in small electronic devices such as calculators, remote controls, and other small appliances.
Application:
The EPX76 battery, due to its higher capacity and longer shelf life, is often used in devices that require a lot of energy or need to be stored for long periods without losing power. Examples of these devices include calculators, remote controls, and small electronic toys.
It’s also valuable for low-drain devices such as smoke detectors, remote controls, and other small electronic devices that do not consume much power but still require a reliable power source.
The A76 battery, due to its smaller size and lower capacity, is often used in devices that require less energy or have a smaller form factor.
Examples of these devices include small electronic toys, remote controls, and calculators. It’s commonly used in devices with a tight battery space and requires a reliable power source.
Chemical Composition:
The chemistry of the EPX76 and A76 batteries comprises a zinc anode, a carbon cathode, and an electrolyte, typically an aqueous potassium hydroxide solution.
The electrolyte separates the zinc anode and the carbon cathode, allowing the flow of electrons between them, creating a voltage difference.
The main difference between the EPX76 and A76 batteries is the amount of electrolyte and the type of carbon used in the cathode.
EPX76 batteries have a higher amount of electrolyte and a specific type of carbon, allowing them to have a longer shelf life and higher capacity.
A76 batteries, on the other hand, have a lower amount of electrolyte and a different type of carbon that allows them to have a smaller size and a lower capacity.
EPX76 vs A76 Battery: Which One to Choose, Finally?
The choice between an EPX76 and an A76 battery depends on the specific application and the requirements of the device you are using it for.
If you are looking for a battery with a longer lifespan and higher capacity, the EPX76 battery would be the better choice; this makes it more suitable for devices that require a lot of energy or must be stored for long periods without losing power.
The A76 battery will be the better choice if you want a smaller size and lower capacity; this makes it more suitable for devices with a smaller form factor or requiring less energy.
FAQs.
Can I use an A76 battery in a device that requires an EPX76 battery?
Using an A76 battery in a device that requires an EPX76 battery may not be recommended as it could lead to a number of issues.
The main reason is that the capacity of the A76 battery is lower than that of the EPX76 battery, meaning that the device may not perform as well or may not last as long between charges. Additionally, the A76 battery is smaller in size, which may cause issues with the fit or connection to the device.
Can I use an EPX76 battery in a device that requires an A76 battery?
It’s possible to use an EPX76 battery in a device that requires an A76 battery, but it may not be recommended as it could lead to a number of issues.
It is because, the size of the EPX76 battery is larger than that of the A76 battery, which may cause issues with the fit or connection to the device. Additionally, the EPX76 battery has a higher capacity than the A76 battery, which may cause issues with the device’s performance.
How do I properly dispose of used EPX76 and A76 batteries?
Proper disposal of used batteries, including EPX76 and A76 batteries, is important to protect the environment and prevent potential hazards. Here are a few ways to dispose of used batteries properly:
• Recycling
• Retail Drop-off
• Mail-in Programs
• Proper disposal
Conclusion
Overall, both EPX76 and A76 batteries are commonly used in various electronic devices and have unique advantages and disadvantages.
The EPX76 battery has a higher capacity and a longer shelf life, making it more suitable for devices that require a lot of energy or must be stored for long periods without losing power. However, it is slightly more significant compared to the A76 battery.
The A76 battery, however, has a smaller size and a lower capacity, making it more suitable for devices with a smaller form factor or requiring less energy.
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