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A76 Battery Specifications, Equivalents and Applications

26 February 2026 452

 

 

 

The A76 battery is a small 1.5V alkaline button cell commonly used in compact electronic devices such as calculators, watches, toys, and medical instruments. 

 

This guide will introduce A76 battery specifications, features, equivalents, applications, advantages, purchasing options, and handling tips.

 

It will also clarify whether A76 is the same as LR44 or 357, helping you select the right battery with confidence.

 

 

What is an A76 Battery?

An A76 battery is a small 1.5-volt alkaline button cell battery commonly used in compact electronic devices.

 

It provides stable, low-drain power for items such as calculators, digital thermometers, watches, laser pointers, toys, and key fobs.

 

What is an A76 Battery?

 

The A76 battery is typically about 11.6 mm in diameter and 5.4 mm in height. It is also known by several equivalent model numbers, including LR44, AG13, and 357.

 

While alkaline versions like LR44 are the most common, silver oxide versions (such as 357) offer more stable voltage output and longer lifespan in certain devices.

 

Because of its compact size, affordability, and wide compatibility, the A76 battery is one of the most popular button cell batteries for everyday electronics.

 

 

A76 Battery Specifications

Specification Value
Type Alkaline (LR44) or Silver Oxide (SR44)
Nominal Voltage 1.5 Volts (Alkaline), 1.55 Volts (Silver Oxide)
Typical Capacity 150 to 200 mAh (Alkaline), 150 to 170 mAh (Silver Oxide)
Dimensions(Diameter x Height) Approximately 11.6 mm x 5.4 mm
Weight Approximately 1.8 grams (0.07 oz.)
Chemistry Manganese Dioxide (for Alkaline), Silver Oxide
Temperature Range -10°C to 60°C (14°F to 140°F)
Shelf Life 3 to 5 years (Alkaline), 5 to 10 years (Silver Oxide)
Discharge Characteristics Relatively flat discharge curve for Alkaline, stable for Silver Oxide
Leak Resistance Generally good for reputable brands
Impedance 5 to 15 ohms (at 40 Hz)
Max Bulge During Discharge The battery may bulge but will not exceed the specified dimensions
Typical Drain at 1.30V Approximately 0.191 mA
Equivalent Models LR44, AG13, SR44, 303, 357, A76,LR154, SR1154

 

 

Features of A76 Battery

 

Compact and Lightweight

 

 A76 Battery Dimensions

 

With a diameter of 11.6 mm and a height of 5.4 mm, the A76 battery is small enough to fit into slim and portable devices without adding noticeable weight.

 

Stable 1.5V Output

It delivers a steady 1.5-volt power supply, making it suitable for low-drain electronics that require consistent voltage for proper operation.

 

Alkaline Chemistry

The A76 battery uses a zinc-manganese (alkaline) chemistry, which is reliable, economical, and suitable for daily use.

 

Wide Compatibility

The A76 battery is interchangeable with several equivalent models, including LR44 and AG13, making it easy to find replacement batteries.

 

Good Shelf Life

When stored properly in a cool, dry place, the A76 battery typically has a shelf life of 3 to 5 years.

 

Affordable and Easily Available

Because of its popularity, the A76 battery is available in supermarkets, electronics stores, and online retailers at an affordable price.

 

Leak-Resistant Construction

Modern A76 batteries uses improved sealing technology to reduce the risk of leakage during normal use and storage. Proper handling further minimizes potential damage to devices.

 

Wide Application Range

With its size and performance characteristics, the A76 battery is suitable for calculators, watches, toys, laser pointers, medical devices, and other small electronics.

 

Discharge Curve

 

A76 Battery Discharge Curve

 

 

A76 Battery Equivalents

The A76 battery has several equivalent model numbers. Each has slight differences in chemistry or manufacturer code, which can affect performance on different devices. Common equivalents:

 

LR44 (Alkaline)

 

A76 vs LR44 (Alkaline)

 

-The LR44 is the most common alkaline equivalent of the A76 battery.

 

-It provides a nominal voltage of 1.5V and is widely used in calculators, toys, laser pointers, and small electronic devices.

 

-Its affordability and availability make it the standard choice for everyday low-drain devices.

 

Feature A76 LR44
Chemistry Alkaline Alkaline
Nominal Voltage 1.5 V 1.5 V
Diameter 11.6 mm 11.6 mm
Height / Thickness 5.4 mm 5.4 mm
Typical Capacity 110–150 mAh 110–150 mAh
Weight ~1.9–2.0 g ~1.9–2.0 g
Best Use Cases Watches, toys, calculators, medical devices Calculators, toys, watches, laser pointers
Shelf Life 3–5 years 3–5 years
Cost / Availability Affordable, widely available Affordable, widely available

 

AG13 (Alkaline)

 

AG13 (Alkaline)

 

AG13 is another label for the same alkaline button cell as LR44. It is often used in international packaging and by different manufacturers.

 

Performance is identical to LR44, making it fully interchangeable in any device designed for A76 batteries.

 

Feature A76  AG13
Chemistry Alkaline Alkaline
Nominal Voltage 1.5 V 1.5 V
Diameter 11.6 mm 11.6 mm
Height / Thickness 5.4 mm 5.4 mm
Typical Capacity 110–150 mAh 110–150 mAh
Weight ~1.9–2.0 g ~1.9–2.0 g
Best Use Cases Watches, toys, calculators, medical devices Calculators, toys, watches, laser pointers
Shelf Life 3–5 years 3–5 years
Cost / Availability Affordable, widely available Affordable, widely available

 

357 (Silver Oxide)

 

357 (Silver Oxide)

 

-The 357 is a silver oxide equivalent of the A76 battery.

 

-It delivers a slightly higher and more stable voltage (~1.55V) throughout its life, which makes it ideal for precision electronics such as watches, medical devices, and high-accuracy instruments.

 

-It generally lasts longer than alkaline equivalents.

 

Feature A76 (Alkaline)  357 (Silver Oxide)
Chemistry Alkaline Silver Oxide
Nominal Voltage 1.5 V ~1.55 V
Diameter 11.6 mm 11.6 mm
Height / Thickness 5.4 mm 5.4 mm
Typical Capacity 110–150 mAh 150–200 mAh
Weight ~1.9–2.0 g ~2.0 g
Best Use Cases Toys, calculators, watches, low-drain devices Watches, medical devices, sensors, precision instruments
Shelf Life 3–5 years 5–7 years
Cost / Availability Affordable, widely available Slightly higher cost, less common

 

SR44 (Silver Oxide)

 

SR44 (Silver Oxide)

 

SR44 is another silver oxide battery equivalent to the A76. Like the 357, it provides steady voltage output and improved longevity.

 

The SR44 is an ideal choice for devices that require extremely high performance stability, such as medical instruments or timing instruments.

 

Feature A76 (Alkaline) SR44 (Silver Oxide)
Chemistry Alkaline Silver Oxide
Nominal Voltage 1.5 V ~1.55 V
Diameter 11.6 mm 11.6 mm
Height / Thickness 5.4 mm 5.4 mm
Typical Capacity 110–150 mAh 150–200 mAh
Weight ~1.9–2.0 g ~2.0 g
Best Use Cases Toys, calculators, watches, low-drain devices Watches, medical devices, sensors, precision instruments
Shelf Life 3–5 years 5–7 years
Cost / Availability Affordable, widely available Slightly higher cost, less common

 

LR154 (Alkaline)

 

LR154 (Alkaline)

 

-LR154 is another alkaline code for the A76 battery.

 

-It offers the same 1.5V output and physical dimensions as LR44 and AG13, making it suitable for any device that requires an A76 battery.

 

-It is less commonly labeled but functionally identical.

 

Feature A76 (Alkaline) SR44 (Silver Oxide)
Chemistry Alkaline Alkaline
Nominal Voltage 1.5 V 1.5 V
Diameter 11.6 mm 11.6 mm
Height / Thickness 5.4 mm 5.4 mm
Typical Capacity 110–150 mAh 110–150 mAh
Weight ~1.9–2.0 g ~1.9–2.0 g
Best Use Cases Toys, calculators, watches, thermometers Toys, calculators, watches, small electronics
Shelf Life 3–5 years 3–5 years
Cost / Availability Affordable, widely available Affordable, may vary by brand

 

SR1154 (Silver Oxide)

 

SR1154 (Silver Oxide)

 

-SR1154 is a silver oxide version similar to SR44. It provides stable voltage and longer life, ideal for sensitive devices that need reliable, low-drain power.

 

-The SR1154 is especially useful in watches, sensors, and small medical devices.

 

Feature A76 (Alkaline) SR1154 (Silver Oxide)
Chemistry Alkaline Silver Oxide
Nominal Voltage 1.5 V ~1.55 V
Diameter 11.6 mm 11.6 mm
Height / Thickness 5.4 mm 5.4 mm
Typical Capacity 110–150 mAh 150–200 mAh
Weight ~1.9–2.0 g ~2.0 g
Best Use Cases Toys, calculators, watches, low-drain devices Watches, medical devices, sensors, precision instruments
Shelf Life 3–5 years 5–7 years
Cost / Availability Affordable, widely available Higher cost, less common

 

L1154 (Alkaline)

 

L1154 (Alkaline)

 

-L1154 is another alkaline equivalent to the A76. Like LR44, it offers 1.5V output and standard dimensions.

 

-It is interchangeable with other alkaline equivalents and is commonly found under certain brand.

 

Feature A76 (Alkaline) L1154 (Alkaline)
Chemistry Alkaline Alkaline
Nominal Voltage 1.5 V 1.5 V
Diameter 11.6 mm 11.6 mm
Height / Thickness 5.4 mm 5.4 mm
Typical Capacity 110–150 mAh 110–150 mAh
Weight ~1.9–2.0 g ~1.9–2.0 g
Best Use Cases Toys, calculators, watches, small electronics Calculators, toys, watches, key fobs
Shelf Life 3–5 years 3–5 years
Cost / Availability Affordable, widely available Affordable, widely available

 

  • Alkaline equivalents (LR44, AG13, LR154, L1154) are cost-effective and suitable for low-drain devices.
  • Silver oxide equivalents (357, SR44, SR1154) provide more stable voltage and longer service life for precision electronics.

 

 

A76 Battery Applications

 

A76 Battery Applications

 

  • Calculators: Small handheld and pocket calculators.
  • Digital Thermometers: A thermometer used to measure body temperature.
  • Laser Pointers: A small indicator used for demonstrations or as a pet toy.
  • Digital Calipers: Tools used for precise measurement in workshops.
  • Toys: Many small light-up toys, mini keyboards, or talking figures.
  • Watches: Some older or simpler digital watches.
  • Pedometers: Devices that count your steps.
  • Electronic Keys: For car alarm remotes or some garage door openers.
  • LED Lights: Small, portable keychain lights or novelty lights.
  • Medical Devices: Like glucose monitors for diabetes care.

 

 

Advantages of Using A76 Battery

 

Advantages of Using A76 Battery

 

Compact and Lightweight

With its small button-cell design (11.6 mm × 5.4 mm), the A76 fits easily into slim and portable devices. Its lightweight structure makes it ideal for compact electronics without adding bulk.

 

Reliable 1.5V Power Output

The A76 provides a stable 1.5-volt output, ensuring consistent performance in low- to moderate-drain devices such as calculators, watches, thermometers, and toys.

 

Wide Compatibility

It is compatible with several equivalent models, including LR44 and AG13, making it easy to find alternatives worldwide.

 

Affordable and Cost-Effective

Compared to other battery types, alkaline A76 batteries are generally inexpensive. This makes them a practical choice for everyday devices that require periodic replacement.

 

Good Shelf Life

When stored properly in a cool and dry place, A76 batteries typically offer a shelf life of 3–5 years. This makes them suitable for backup storage and infrequently used devices.

 

Easy Availability

Because of their popularity, A76 batteries are widely available in supermarkets, electronics stores, pharmacies, and online marketplaces.

 

Simple Replacement Process

The standardized size and labeling system make the A76 battery easy to replace. Users can quickly swap it out without special tools in most devices.

 

 

Where to Buy A76 Batteries?

 

Where to Buy A76 Batteries?

 

You can buy A76 (or LR44) batteries in many places, such as:

 

Local Retail Stores

 

-Supermarkets (check the electronics or near the checkout)

 

-Pharmacy/Drugstores

 

-Large Discount Stores

 

-Electronics Stores

 

-Office Supply Stores

 

Online Marketplaces: Websites like Amazon, Walmart.com, or BestBuy.com are very convenient. You can often buy them in multi-packs for a better price.

 

Always buy from a reputable brand like Duracell, Energizer, Panasonic, or Sony. This ensures quality, safety, and battery freshness. Check the packaging for the expiration date.

 

 

A76 Battery Manufacturers

The A76 battery (also sold under equivalent codes such as LR44, AG13, and L1154) is manufactured by many reputable battery makers around the world.

 

Below are some of the most well-known manufacturers whose A76-compatible button cells are widely available and trusted for quality and performance:

 

Energizer

 

Energizer A76 Battery

 

-Energizer is one of the most recognized battery brands globally.

 

-Their A76/LR44 alkaline button cells are known for consistent voltage and reliable performance in everyday devices such as remote controls, toys, and calculators.

 

Duracell

Duracell is another leading battery manufacturer with a strong reputation for long-lasting alkaline cells. Their LR44/A76 are widely used and valued for dependable power and good shelf life.

 

Sony

 

-Sony's alkaline button batteries and silver oxide button batteries are compatible with A76 batteries.

 

-Sony batteries are often praised for their manufacturing quality and stable performance in precision electronics.

 

Maxell

 

Maxell A76 Battery

 

Maxell is a major battery manufacturer with a wide range of button cells. Their A76/LR44 and equivalent batteries are popular in watches, calculators, laser pointers, and other small devices.

 

Panasonic

 

Panasonic A76 Battery

 

-Panasonic is known for high-quality batteries in various specifications.

 

-Their alkaline A76 and equivalent button cells offer dependable performance and are commonly stocked in electronics stores and general retailers.

 

Rayovac

 

Rayovac A76 Battery

 

Rayovac manufactures affordable and reliable alkaline button cells. Their A76/LR44 batteries are a solid choice for everyday electronics, offering good value and wide availability.

 

Choosing Between Manufacturers

  • Performance & Longevity: Premium brands like Energizer, Duracell, Sony, and Panasonic often deliver more consistent performance and longer life, especially in precision or often used devices.
  • Value: Maxell and Rayovac provide reliable power at competitive prices, making them great choices for general-purpose use or bulk purchases.
  • Device Needs: Precision electronics (e.g., medical devices or watches) may benefit from higher-quality cells, low-drain devices (e.g., toys, calculators) are fine with standard alkaline cells.

 

 

A76 Battery Handling and Storage Tips

Proper handling and storage of the A76 battery help extend its shelf life, maintain performance, and prevent leakage or device damage. Follow these important guidelines:

 

A76 Battery Handling and Storage Tips

 

Store in a Cool, Dry Place

Keep A76 batteries at room temperature (ideally 10°C–25°C) in a dry environment. Avoid exposure to high humidity or direct sunlight, as heat can shorten battery life and increase the risk of leakage.

 

Keep Batteries in Original Packaging

Before using the battery, please store it in its original packaging. This prevents accidental short-circuiting and protects them from contact with metal objects.

 

Avoid Mixing Old and New Batteries

Do not mix used and new batteries in the same device. Mixing can cause uneven discharge, leakage, and reduced overall performance.

 

Insert with Correct Polarity

 

Insert with Correct Polarity

 

Always check the “+” and “–” markings when installing the battery. Incorrect installation may prevent the device from working or cause internal damage.

 

Do Not Recharge

Standard A76 batteries are alkaline and not rechargeable. Attempting to recharge them may result in leakage, overheating, or rupture.

 

Keep Away from Children and Pets

Button cell batteries are small and pose a swallowing hazard. Store them safely out of reach and seek immediate medical attention if ingestion occurs.

 

Remove Batteries from Unused Devices

If a device will not be used for an extended period, remove the battery to prevent possible leakage and corrosion inside the battery compartment.

 

Dispose of Properly

Do not throw used batteries into regular household waste. Follow local recycling regulations for proper battery disposal to protect the environment.

 

 

Are A76 Batteries the Same as LR44?

 

Are A76 Batteries the Same as LR44?

 

Yes, A76 batteries and LR44 batteries are essentially the same in most cases. They share the same size, voltage, and alkaline chemistry, making them fully interchangeable in compatible devices.

 

Key Similarities

 

Nominal Voltage: Both are 1.5V

 

Chemistry: Alkaline (zinc–manganese dioxide)

 

Dimensions: 11.6 mm diameter × 5.4 mm height

 

Applications: Watches, calculators, toys, thermometers, laser pointers, and small electronics

 

  • Battery naming often varies by manufacturer and regional labeling standards. “LR44” is the IEC standard code.
  • “A76” is a common manufacturer designation. Despite the different labels, they refer to the same battery type.

 

While A76 and LR44 are the same, silver oxide equivalents like 357 or SR44 are slightly different in chemistry and voltage (about 1.55V) but still physically compatible.

 

 

Is A76 the Same as 357?

 

Is A76 the Same as 357?

 

No, A76 and 357 are not exactly the same.

 

They are the same size, so a 357 can fit in a device designed for an A76, but the chemistry is different. A76 is an alkaline battery (1.5 V), while 357 is a silver oxide battery (~1.55 V).

 

-This means the 357 provides slightly higher and more stable voltage and usually lasts longer, making it better for precision devices like watches and medical instruments.

 

-A76 is ideal for low-drain devices such as toys, calculators, or remote controls.

 

Feature A76 (Alkaline) 357 (Silver Oxide)
Chemistry Alkaline Silver Oxide
Nominal Voltage 1.5 V ~1.55 V
Diameter × Height 11.6 × 5.4 mm 11.6 × 5.4 mm
Capacity / Life 110–150 mAh 150–200 mAh
Best Use Cases Toys, calculators, low-drain devices Watches, medical devices, sensors

 

  • Physical fit: 357 can replace A76 in the same device.
  • Performance difference: 357 (silver oxide) offers more stable voltage and longer life, making it better for precision electronics like watches or medical devices.
  • Alkaline A76 is fine for low-drain devices like toys or calculators.

 

 

The A76 battery is a versatile and widely used alkaline button cell, offering reliable 1.5 V power in a compact 11.6 × 5.4 mm size.

 

Its equivalents, such as LR44, AG13, LR154, L1154, they are fully interchangeable, silver oxide versions like 357 or SR44 provide more stable voltage and longer life for precision devices.

 

A76 batteries are affordable, easy to find, and suitable for watches and small electronics. Proper handling, storage, and correct installation ensure optimal performance and device safety.

 

 

Frequently Asked Questions

Are ag13 and a76 batteries the same?

AG13 and A76 batteries are not exactly the same. Both have the same voltage and dimensions, making them interchangeable in many devices. However, AG13 has better performance and stability.

Is Duracell 76 the same as A76?

Yes. Duracell 76A explicitly states that it is equivalent to the A76 battery, they share the same voltage (1.5V) and compatibility with devices like watches and key fobs.

What is the name of the A76 battery?

The most common name for the A76 battery is the LR44 alkaline button battery. It is a 1.5V miniature alkaline battery used in watches, calculators, and medical instruments.

What battery can replace an A76?

LR44, AG13, L1154, or 357/303 (silver oxide) battery.

Is A76 the same as 303 357?

No. Although A76 and 303/357 are the same size (11.6 mm × 5.4 mm) and often interchangeable in low-drain devices. But A76 is alkaline (1.5V), 303/357 is silver oxide (1.55V).

How long do A76 batteries last?

A76 batteries typically last around 230 hours under normal conditions, but actual lifespan may vary depending on device usage and environmental factors.

What size is an A76 battery?

The A76 battery is a 1.5V miniature alkaline button cell. It measures approximately 11.6 mm in diameter and 5.4 mm in thickness (roughly 0.46 × 0.21 inches).

How to remove a76 battery?

Find the battery compartment, which is often secured by a screw cap or small latch. Next, use a small screwdriver or a coin to open the compartment. Then gently pry the battery out, noting its positive/negative orientation. ​

 

 

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Anderson Snape
Anderson Snape, born in 1972, completed his undergraduate studies at Loughborough University in the UK in 1993 and received a bachelor's degree in electrical engineering. In 1996, he furthered his studies and obtained a master's degree from Newcastle University. As a senior engineer in the field of integrated circuit testing, Anderson has been working in the chip testing industry for more than 20 years, accumulating profound professional experience and holding unique insights into the industry. He not only focuses on technical practice, but also actively engages in chip-related science popularization work. At the same time, he keeps up with the current hot topics in the semiconductor industry and has made important contributions to the progress and development of the industry.