974058 3.7V 3000mAh LiPo Battery with PH2.0 Connector

Precision Power: The 974058 3.7V 3000mAh LiPo Cell

The 974058 3.7V 3000mAh LiPo Battery is a high-capacity, compact power source engineered for demanding portable electronics and DIY projects. This cell targets users requiring reliable, sustained energy delivery within constrained physical envelopes. Its design prioritizes both energy density and integration flexibility.

Core Energy Metrics

The battery delivers a nominal voltage of 3.7V and a substantial 3000mAh capacity. This voltage is standard for single-cell lithium-polymer applications. A 3000mAh rating ensures extended operational periods for most compatible devices. This capacity provides significant runtime. Compared to smaller capacity cells, this unit offers a substantial power reserve, reducing the frequency of recharging cycles. For devices like portable GPS navigators or compact aeromodelling components, this translates directly to longer mission times or extended navigation without power anxiety. Users gain more operational hours.

Form Factor and Integration

Physical dimensions measure 58mm in length, 40mm in width, and 9.7mm in thickness. These specific dimensions are critical for integration into compact enclosures. The pouch cell design allows for a high energy density relative to its volume. This form factor is highly adaptable. Unlike rigid cylindrical cells, the flexible pouch design can conform to irregular internal spaces, offering greater design freedom for product developers and hobbyists. Its slim profile facilitates placement in thin devices.

Connection Interface

The battery features a PH2.0

2P plug connector. This is a widely adopted standard for small electronic devices, ensuring broad compatibility. The two-pin configuration simplifies wiring. This connector type provides a secure and reliable electrical connection, minimizing accidental disconnections during operation or vibration. Many microcontrollers and development boards utilize this standard, making integration straightforward. It eliminates complex soldering for many applications.

Integrated Protection Circuitry

Critical safety features include overcharge, overdischarge, and overcurrent protection. These safeguards are integral for the longevity of the battery and the safety of the connected device. The protection circuit prevents thermal runaway and cell degradation. Without such integrated protection, lithium-polymer cells are susceptible to damage from improper charging or excessive current draw, potentially leading to swelling or fire hazards. This built-in management system enhances operational reliability. It protects the investment in both the battery and the host device.

Sustained Performance and Longevity

The specified cycle life is 500 times at 80% capacity or more. This metric indicates the battery's ability to retain a significant portion of its original capacity after numerous charge and discharge cycles. A 500-cycle lifespan represents a robust performance expectation. For devices subjected to daily use, this translates to several years of reliable service before noticeable degradation. This extends the effective lifespan of the powered equipment. It offers a strong return on investment.

Manufacturing Freshness

The visible label indicates a manufacturing year of 2023. This detail is important for lithium-polymer batteries, as their performance and lifespan are influenced by their age, even when unused. A recent manufacturing date ensures the cell is fresh. Fresh batteries exhibit optimal initial capacity and minimal self-discharge, providing peak performance from the outset. Older stock can show reduced initial capacity. This guarantees the user receives a cell at its prime.

Versatile Application Spectrum

This battery is suitable for a wide range of applications, including massage meters, GPS navigators, aeromodelling, Bluetooth audio devices, cameras, medical equipment, tablets, wireless mice, and digital cameras. Its balanced specifications make it a versatile choice. The broad compatibility highlights its utility for both replacement parts and new product development. If you are building a custom drone or repairing a portable speaker, this cell offers a viable power solution. It powers diverse portable electronics.

Build Quality and Encapsulation

The cell is encased in a yellow protective film, typical for pouch-style LiPo batteries. This film provides a basic layer of insulation and protection against minor physical abrasions. The sealed pouch design is inherently space-efficient. While not a hard case, this encapsulation method is standard for maximizing energy density in a flexible form factor. It keeps the cell compact. The visible wiring is securely attached to the cell, indicating a factory-assembled unit ready for integration.

Value Proposition

Considering its 3000mAh capacity, integrated protection, and standard PH2.0 connector, this battery presents a compelling value proposition for its price point. The combination of high capacity and essential safety features positions it as a practical choice for various projects. It offers a cost-effective power solution. Unlike generic, unprotected cells, this unit provides a more complete and safer package, reducing the need for external protection circuits. This simplifies integration for the end-user.

Operational Efficiency

For power users, the efficiency of a battery extends beyond mere capacity. The stable 3.7V output ensures consistent device performance. The integrated protection circuitry prevents common issues that lead to device malfunction or battery failure. This promotes system stability. In scenarios where device uptime is critical, such as during GPS navigation or aeromodelling flights, the reliability of the power source is paramount. This cell delivers consistent power. It minimizes unexpected interruptions.

Thermal Management Considerations

While not explicitly detailed, the pouch cell design inherently offers decent thermal dissipation compared to tightly packed cylindrical cells, assuming adequate ventilation in the host device. Proper thermal management is crucial for LiPo battery longevity and safety. Overheating can accelerate degradation. Users integrating this battery into custom enclosures should ensure sufficient airflow to prevent heat buildup, especially during high-current discharge cycles. This maintains optimal operating temperatures. It prolongs the battery's life.

The Upgrade Frame

Unlike many generic bare LiPo cells that require external protection modules, this unit integrates overcharge, overdischarge, and overcurrent protection directly. This ensures a safer and more streamlined integration process, reducing component count and potential wiring errors. The PH2.0 connector, a common standard, eliminates the need for custom wiring harnesses in many applications. This simplifies deployment. It offers a ready-to-use power solution.

Imagine powering your custom drone for extended flight times, or revitalizing an older portable speaker with renewed endurance. This battery provides the necessary energy density and safety features to keep your projects running longer and more reliably. It delivers consistent performance. The compact form factor allows for seamless integration into a multitude of devices, ensuring your electronics operate at their peak without constant recharging interruptions. This is a reliable power upgrade.