Yes, a CR1616 battery can fit in devices made for a CR1620 battery. However, it’s not recommended. The CR1616 has a lower capacity, which can lead to device malfunction. Device issues may arise from reduced maximum drain and pulse currents. Always use the recommended battery for the best performance.
The capacity and voltage ratings also vary slightly. A 1620 battery typically offers more power due to its larger size, making it unsuitable to use a 1616 battery in place of a 1620. Using a smaller battery could lead to performance issues or device malfunction.
When considering battery replacements, always verify the specifications required for your device. Using the incorrect battery can result in inadequate performance or damage.
Understanding these specifications aids in making informed decisions regarding battery replacements. Next, we will delve into how to choose the right battery for various devices and the importance of checking compatibility before making a replacement.
What Are the Key Differences Between a CR1616 and CR1620 Battery?
The key differences between a CR1616 and a CR1620 battery lie primarily in their dimensions and capacity.
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Size:
– CR1616: 16mm diameter, 1.6mm thickness
– CR1620: 16mm diameter, 2.0mm thickness -
Capacity:
– CR1616: Approximately 50 mAh (milliamp hours)
– CR1620: Approximately 60 mAh (milliamp hours) -
Application:
– CR1616: Commonly used in smaller devices like watches or key fobs
– CR1620: Typically found in devices requiring longer battery life, such as calculators or remote controls -
Price:
– CR1616: Generally less expensive
– CR1620: Might be slightly higher due to increased capacity
While these batteries appear similar, the differences in thickness and capacity can influence which battery is suitable for particular devices.
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Size:
The size difference between the CR1616 and CR1620 batteries can significantly affect compatibility with devices. The CR1616 measures 1.6mm in thickness, while the CR1620 is thicker at 2.0mm. This slight variance can impact fit within battery compartments. Devices designed for the CR1616 may not accommodate the extra thickness of the CR1620. -
Capacity:
The capacity of these batteries varies, with the CR1616 rated at approximately 50 mAh and the CR1620 at about 60 mAh. This difference in capacity means that the CR1620 generally lasts longer in devices that require more power. A study from Battery University (2022) suggests that using a battery with higher mAh rating can enhance device performance and longevity. -
Application:
The CR1616 and CR1620 batteries are used in different devices. The CR1616 is often found in devices requiring lower power consumption. In contrast, the CR1620 is used in tools and gadgets that demand longer-lasting power. For instance, calculators frequently utilize the CR1620 due to their higher energy requirement compared to the simpler application of a CR1616 in watches. -
Price:
The price can also be a deciding factor. The CR1616 is usually less expensive than the CR1620. However, the cost difference is typically small. Despite the CR1620 being slightly pricier, its longer battery life may prove economical in the long run for devices with higher energy needs. Retailer comparisons indicate the CR1620 can be found for about a few cents more than the CR1616 in many markets.
In conclusion, when selecting between a CR1616 and CR1620 battery, consider the size, capacity, application, and price to ensure compatibility with your device’s needs.
How Do the Dimensions of a CR1616 Compare to a CR1620 Battery?
The dimensions of a CR1616 battery differ from those of a CR1620 battery, affecting their compatibility in devices. The CR1616 has a diameter of 16 mm and a thickness of 1.6 mm, while the CR1620 has the same diameter of 16 mm but is thicker at 2.0 mm.
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Diameter:
– Both batteries share the same diameter of 16 mm.
– This shared measurement allows for a similar fit in devices that require a 16 mm battery. -
Thickness:
– The CR1616 is 1.6 mm thick.
– The CR1620 is 2.0 mm thick, making it 0.4 mm thicker than the CR1616.
– This additional thickness can lead to incompatibility in devices designed for one specific battery type, as the thicker battery may not fit in a compartment designed for the thinner option. -
Voltage:
– Both batteries typically have a nominal voltage of 3 volts.
– This similarity means that, electrically, they can provide similar power levels for devices. -
Capacity:
– The CR1620 often has a higher capacity (measured in milliamp hours, mAh) than the CR1616.
– This means the CR1620 can provide power for a longer duration under the same conditions. -
Application:
– The CR1616 is commonly used in smaller devices that require thinner batteries, such as wristwatches and small electronic gadgets.
– The CR1620 is often found in devices that can accommodate its greater thickness, such as keyless remotes and some types of calculators.
Understanding these differences is crucial when replacing batteries to ensure proper function in electronic devices. Using the incorrect battery size may lead to device malfunction.
What Are the Exact Measurements of CR1616 and CR1620 Batteries?
The exact measurements of CR1616 and CR1620 batteries are as follows: The CR1616 battery measures 16 mm in diameter and 1.6 mm in height. The CR1620 battery measures 16 mm in diameter and 2.0 mm in height.
- Main Points:
– Diameter: Both batteries are 16 mm.
– Height: CR1616 is 1.6 mm; CR1620 is 2.0 mm.
– Compatibility: Different thickness leads to differing applications.
– Applications: Used in watches, calculators, and small electronics.
The differences in height create key considerations for battery compatibility and usage.
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Diameter:
The diameter of both CR1616 and CR1620 batteries is 16 mm. A consistent diameter allows for interchangeability in devices that accommodate both battery types. This shared measurement facilitates standardization in small electronics, making design and manufacturing easier. -
Height:
The height, or thickness, distinguishes CR1616 and CR1620 batteries. CR1616 measures 1.6 mm while CR1620 measures 2.0 mm. This 0.4 mm difference in height affects the batteries’ ability to fit in various devices. Devices designed specifically for one battery may not accommodate the other due to space constraints. -
Compatibility:
The differing heights impact battery compatibility. Devices designed for the CR1616 may not function properly or may be damaged if a CR1620 is used, and vice versa. Users should always check their device specifications before making a decision. Compatibility issues are common in small electronics, where design precision is crucial. -
Applications:
CR1616 and CR1620 batteries are widely used in various applications. Watches, calculators, remote controls, and small electronic devices commonly utilize these batteries. The specific type required will depend on the design and power requirements of the particular device. For instance, some watches might require the thinner CR1616 to fit into compact cases.
Do CR1616 and CR1620 Batteries Have the Same Voltage Ratings?
No, CR1616 and CR1620 batteries do not have the same voltage ratings, although they share a similar voltage of 3 volts.
The difference between the two battery types lies in their thickness. The CR1616 battery is 1.6 mm thick, while the CR1620 is 2.0 mm thick. This difference in thickness can affect compatibility in devices. The battery’s dimensions are critical for a secure fit and proper electrical contact in the device. Therefore, using a CR1616 instead of a CR1620 may lead to issues, even though both batteries supply the same voltage.
Can Using a CR1616 Battery Instead of a CR1620 Damage My Device?
No, using a CR1616 battery instead of a CR1620 may not be advisable. The difference in thickness can affect the fit and performance in your device.
The CR1616 battery is 1.6 mm thick, while the CR1620 is 2.0 mm thick. This means the CR1616 battery is thinner and may not provide a secure connection in devices designed for the CR1620. A loose connection can lead to intermittent operation or malfunction. Additionally, the CR1620 typically has a higher capacity, which means it can provide more power over a longer period. Using a battery that does not match the specifications can potentially lead to operational issues.
Which Devices Commonly Use a CR1616 Battery Versus a CR1620 Battery?
The devices that commonly use a CR1616 battery versus a CR1620 battery differ primarily in their specifications and applications.
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Common Devices for CR1616 Battery:
– Watches
– Key fobs for cars
– Fitness trackers
– Remote controls for television
– Medical devices (e.g., glucose meters) -
Common Devices for CR1620 Battery:
– Watches
– Calculators
– Toys
– Remote controls for car alarms
– Security devices (e.g., door locks)
The varied use of CR1616 and CR1620 batteries reflects their distinct characteristics, which are important to understand for appropriate applications.
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Common Devices for CR1616 Battery:
Common devices that use CR1616 batteries include watches and key fobs. CR1616 batteries have a thickness of 1.6 mm and a diameter of 16 mm. This makes them suitable for slim devices where space constraints exist. For example, fitness trackers often utilize CR1616 batteries to minimize bulk while maintaining functionality. Remote controls for televisions can also employ these batteries due to their smaller size requirements. Additionally, medical devices like glucose meters use CR1616 batteries due to the need for compact power sources. -
Common Devices for CR1620 Battery:
Common devices that accept CR1620 batteries include watches and calculators. CR1620 batteries are slightly thicker at 2.0 mm but share the same diameter of 16 mm. This additional thickness allows for a higher energy capacity, making them suitable for devices that require longer battery life, like toys. Furthermore, CR1620 batteries are frequently found in remote controls for car alarms and security devices like electronic door locks. Their structure enables these devices to operate efficiently, providing reliable power over extended periods.
In conclusion, understanding the specific applications of CR1616 and CR1620 batteries helps users make informed choices regarding battery replacement and device compatibility.
Are There Reliable Alternatives to the CR1616 or CR1620 Battery?
Yes, there are reliable alternatives to the CR1616 and CR1620 batteries. These batteries are both lithium coin cells, but they differ slightly in their dimensions and usage. While finding substitutes is possible, using the correct battery specification is essential for device compatibility.
The CR1616 battery measures 16mm in diameter and 1.6mm in height, while the CR1620 battery is also 16mm wide but stands at 2.0mm tall. They are commonly found in watches, remote controls, and small electronic devices. The core similarity lies in their lithium chemistry, which offers a stable voltage and a long shelf life. However, the difference in thickness means that a CR1616 cannot easily replace a CR1620 in devices that require the extra height for proper fit and electrical connection.
One positive aspect of using CR1616 and CR1620 batteries is their long lifespan and reliable performance. Both batteries typically provide around 3 volts and have a shelf life of up to 10 years if stored properly. This longevity makes them suitable for devices with low energy consumption. According to the International Battery Association, lithium coin cells maintain consistent power output, making them a dependable choice for everyday devices.
On the negative side, compatibility issues may arise if users attempt to interchange the batteries due to size differences. Devices designed for CR1620 batteries may not function correctly if a CR1616 battery is used, potentially leading to malfunction or damage. The Battery University recommends using the correct battery specification to avoid such risks. Incompatible batteries can sometimes lead to overheating or reduced performance.
For users looking to replace a CR1616 or CR1620 battery, it is essential to check the device specifications first. Always opt for the manufacturer-recommended battery type to ensure proper functioning. If your device allows, consider keeping spare batteries of both types on hand for convenience. If necessary, consult with a local electronics expert to find suitable alternatives while ensuring compatibility with your device.
What Should You Consider Before Replacing a CR1620 with a CR1616?
You should consider the difference in dimensions and compatibility before replacing a CR1620 battery with a CR1616 battery.
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Size Difference:
– CR1620: 16mm diameter, 2.0mm height
– CR1616: 16mm diameter, 1.6mm height -
Compatibility:
– Device specifications: Check if the device accepts a lower height battery.
– Electrical contacts: Ensure that the contacts fit correctly. -
Battery Life:
– Capacity difference: CR1620 typically has a higher capacity than CR1616.
– Expected lifespan: Understand how usage affects battery life. -
Application Usage:
– Electronics: Consider the device’s power requirements.
– Critical devices: Evaluate if the device is dependent on higher voltage. -
Consumer Perspective:
– User reviews: Look at what other users experienced when making the switch.
– Manufacturer guidelines: Refer to recommendations from the device manufacturer.
Understanding these points can help you make an informed decision.
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Size Difference:
Size difference plays a crucial role when replacing batteries. The CR1620 has a diameter of 16mm and a height of 2.0mm, while the CR1616 has the same diameter but a reduced height of 1.6mm. This height difference can affect whether the CR1616 fits securely in the battery compartment. Devices designed for the CR1620 may not accommodate the CR1616 properly, leading to connectivity issues. -
Compatibility:
Compatibility is vital in battery replacement. Before switching to a CR1616, check the device specifications to determine if it can work with a thinner battery. It is also essential to ensure that the electrical contacts within the device align correctly with the CR1616. An improper fit can lead to battery failure or device malfunction. -
Battery Life:
Battery life is influenced by the capacity difference between the two batteries. The CR1620 typically has a higher capacity, allowing for longer usage in devices. When using a CR1616, be mindful of how the reduced capacity impacts the expected lifespan of the battery in your device. This can result in more frequent replacements, affecting overall user experience. -
Application Usage:
Application usage should be considered when replacing batteries. Many electronic devices have specific power requirements. If a device relies on the higher voltage provided by the CR1620, switching to a CR1616 may result in inadequate power supply. This is particularly important for critical devices, where reliability is paramount. -
Consumer Perspective:
Consumer perspective can provide insight into the implications of switching batteries. User reviews can highlight potential issues or advantages observed during the transition. Additionally, following manufacturer guidelines ensures that your device continues to operate efficiently. Manufacturers often provide specifications and recommendations for battery replacements, which can facilitate better decision-making.
