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CR2330 3V Lithium Battery Equivalent and Similar Batteries

Panasonic CR2330 Battery

The CR2330 is a type of coin cell battery known as a Lithium Manganese Dioxide (Li-MnO2) battery. It has a nominal voltage of 3 volts and a capacity of approximately 255 mAh (milliamp-hours). The battery's physical dimensions are 23 mm in diameter and 3.0 mm in height, hence the designation "2330".

CR2330 Battery Specifications

Panasonic CR2330 Parameter and Dimension

Panasonic CR2330 Parameter and Dimension

The CR2330 battery, a type of coin or button cell battery, has specific characteristics and features due to its chemical composition and design. Here are the key specifications for a typical CR2330 battery:

  • Type: Coin/Button Lithium Battery.

  • Chemistry: Manganese-Dioxide Lithium (Li-MnO2).

  • Nominal Voltage: 3.0V.

  • Capacity: Approximately 265mAh.

  • Diameter: 23mm.

  • Height: 3.0mm.

  • Weight: Approximately 3g.

  • Standard Discharge Current: Up to 0.2mA.

  • Discharge End Voltage: Usually around 2.0V.

  • Operating Temperature Range: Varies among manufacturers (e.g., -30°C to +60°C).

  • Storage Period: Approximately 5-10 years, due to low self-discharge rate.

  • Rechargeable: No, these batteries are designed for a single-use.

CR2330 Battery Equivalent

When it comes to finding an equivalent to the CR2330 battery, the primary concern should be finding a battery of the same size and voltage. The CR2330 refers to a lithium button/coin battery with a diameter of 23mm and a thickness of 3mm, and a nominal voltage of 3V. The "CR" in CR2330 stands for the Manganese-Dioxide Lithium chemistry used, which gives this battery a relatively high capacity and discharge current compared to other chemistries.

Broadly speaking, the following battery types can be considered as equivalent to CR2330, since they share the same physical dimensions and voltage:

  • BR2330: This battery has similar physical dimensions and voltage to the CR2330, but the primary difference lies in the battery chemistry. A BR2330 battery employs Carbon-Monofluoride Lithium chemistry, which offers a lower discharge current but presents a longer shelf life.

  • DL2330: This is Duracell’s designation for the same type of battery as the CR2330. The DL simply stands for "Duracell Lithium".

  • E-CR2330: This is Energizer's number for the CR2330, with the E standing for "Energizer".

  • KCR2330, LM2330, and KECR2330: These are also equivalent batteries produced by different manufacturers.

CR2330 vs BR2330 Battery

CR2330 vs BR2330

CR2330 and BR2330 batteries share the same physical dimensions - a diameter of 23mm and a thickness of 3.0mm. However, the major difference between them lies in their chemical composition, which impacts their operation under different conditions and their overall lifespan.

PropertiesCR2330 BatteryBR2330 Battery
ChemistryManganese-Dioxide Lithium (Li-MnO2)Carbon Monofluoride Lithium (Li-(CF)n)
Voltage3.0V3.0V
CapacityApproximately 265mAhSlightly less than CR batteries but still in a similar range.
Operating TemperatureThese batteries generally operate between -20°C to +60°C (may vary slightly based on the manufacturer's specifications)These batteries can operate over a wider temperature range, typically -30°C to +85°C, again, based on manufacturer's specifications.
Discharge CharacteristicsThey can deliver a relatively high pulse load, making them suitable for devices with occasional high power consumption.BR batteries have lower self-discharge rates, resulting in a longer shelf-life and operational lifespan, especially in low drain devices.

In summary, if your device requires a high pulse current, the CR2330 would be more suited to your needs. However, if your device operates in extreme temperatures or needs to last for a long time without replacing the battery, a BR2330 could be a better choice.

Is LiR2330 the equivalent battery of CR2330?

While the LiR2330 and CR2330 batteries share the same physical dimensions (23mm diameter and 3.0mm height), they are not strictly equivalent due to differences in their voltage and rechargeability.

  • Voltage difference: A standard CR2330 battery has a nominal voltage of 3.0V. On the other hand, a LiR2330 is a rechargeable lithium-ion battery with a voltage that typically starts around 3.6V when fully charged and decreases as the battery discharges but generally stays above 3.0V for most of its capacity.

  • Rechargeability: CR2330 is a disposable battery designed for a single use, while LiR2330 is designed to be recharged and used multiple times.

These differences mean that although the LiR2330 might fit into a device that needs a CR2330 battery, it may not function correctly or safely. For instance, the higher beginning voltage of a LiR2330 might potentially damage a device designed to run at the lower voltage provided by a CR2330 battery.

Therefore, while theoretically possible, it's not recommended to replace a CR2330 with a LiR2330 without confirmation from the device's manufacturer or a professional. Always check the device manual or consult with the device’s manufacturer regarding battery replacements to ensure you use a compatible and safe alternative.

Application

The application scenarios of CR2330 are similar to other button batteries. The following are common applications of CR2330 batteries:

  • Watches and clocks

  • Calculators

  • Car key fobs and remote controls

  • Medical devices, such as glucose monitors and hearing aids

  • Toys and games

  • LED lights

  • Small electronic devices, such as laser pointers and digital thermometers

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CR2330 FAQ

1. What is the Size of the CR2330 Battery?

The CR2330 battery has a diameter of 23 mm and a height of 3.0 mm. The "23" in the battery's name refers to its diameter, while the "30" represents its height in tenths of a millimeter (i.e., 3.0 mm).

2. Can BR2330 Battery Replace CR2330?

Yes, in most cases, a BR2330 battery can be used as a direct replacement for a CR2330 battery. Both batteries have the same physical dimensions (23 mm diameter and 3.0 mm height) and the same nominal voltage of 3 volts. The main difference between the two lies in their chemical composition:

  • CR2330 uses Lithium Manganese Dioxide (Li-MnO2) chemistry

  • BR2330 uses Lithium Carbon Monofluoride (Li-CFx) chemistry

3. What are the equivalent batteries of CR2330?

Equivalent batteries for CR2330 include DL2330, BR2330, ECR2330, KCR2330, LM2330, and KECR2330 batteries.

Jason Lin

Jason Lin is a seasoned electrical engineer and an accomplished technical writer. He holds both master's and bachelor's degrees in Electrical and Computer Engineering from Xi'an Jiaotong University, and currently serves as a Senior Electrical Engineer at BYD company, specializing in the development of IGBT and integrated circuit chips. Not only is Jason deeply knowledgeable in the technical domain, but he also dedicates himself to making the complex world of semiconductors understandable to the average reader. His articles frequently appear on a variety of engineering and electronics websites, providing readers with insights and knowledge on the cutting-edge of the semiconductor industry.

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