MicroSpareparts Mobile 3.8 V, 12.16Wh, 3200mAh - rechargeable batteries (12.16Wh, 3200mAh, Navigator/Handheld mobile computer/Mobile phone, Samsung Galaxy Note 3 (SM-N9005))

MicroSpareparts Mobile 3.8 V, 12.16 Wh, 3200 mAh Rechargeable Battery

The MicroSpareparts Mobile 3.8 V, 12.16 Wh, 3200 mAh battery is a high‑performance replacement designed specifically for the Samsung Galaxy Note 3 (SM‑N9005). Engineered with precision, this lithium‑ion cell delivers reliable power and longevity, ensuring your device stays operational throughout demanding workdays or extended travel.

Key Technical Specifications

• Capacity: 12.16 Wh (equivalent to 3200 mAh at 3.8 V)
• Voltage: 3.8 V, matching the original battery’s electrical profile
• Type: Lithium‑ion rechargeable cell
• Compatibility: Designed exclusively for the Samsung Galaxy Note 3 (SM‑N9005)
• Status: New, factory sealed and ready for immediate use
• Availability: Not in stock at this time; order directly from authorized distributors

Design & Build Quality

The battery features a robust casing that protects the internal chemistry while maintaining a slim profile to fit seamlessly into the Galaxy Note 3’s chassis. The cell is constructed with advanced safety cells, incorporating over‑charge and short‑circuit protection circuits. This ensures safe operation even under heavy usage or accidental mishandling.

Performance & Longevity

With a capacity of 12.16 Wh, the battery can sustain the Galaxy Note 3’s power demands for extended periods. Users typically experience:

• Up to 8–10 hours of continuous video playback on moderate settings.
• Sustained performance during multitasking with apps such as web browsing, email, and media streaming.
• Consistent power output across a wide temperature range, thanks to the integrated thermal management system.

The lithium‑ion chemistry offers a high energy density, meaning fewer charge cycles are required before noticeable capacity loss. When properly maintained—charging between 20 % and 80 % of full capacity—the battery can retain over 90 % of its original capacity after 500 full charge cycles.

Installation & Compatibility

Replacing the original battery is straightforward:

1. Power off the Galaxy Note 3 and remove the back cover.
2. Disconnect the existing battery connector carefully.
3. Insert the MicroSpareparts Mobile battery, aligning it precisely with the connector pins.
4. Reconnect the power cable and replace the back cover.

The new battery’s dimensions match the original exactly, ensuring a perfect fit without requiring any modifications to the device. The integrated protection circuitry is compatible with the Galaxy Note 3’s power management system, guaranteeing safe operation from first use.

Safety & Compliance

• Built to meet international safety standards for lithium‑ion batteries.
• Includes built‑in protection against over‑charge, over‑discharge, short circuit, and thermal runaway.
• Certified by relevant regulatory bodies (CE, RoHS) ensuring compliance with environmental and safety regulations.

Ideal Use Cases

This battery is perfect for professionals who rely on the Galaxy Note 3 for:

• Fieldwork where power outlets are scarce.
• Long‑duration meetings or conferences that require uninterrupted connectivity.
• High‑performance tasks such as video editing, graphic design, and data analysis.

Its high capacity and robust safety features make it an excellent choice for users who need a dependable power source without compromising device integrity.

Maintenance Tips

• Avoid exposing the battery to extreme temperatures (above 45 °C or below -20 °C).
• Charge using the original charger or a certified charger that matches the required voltage and current specifications.
• Store unused batteries in a cool, dry place with partial charge (~50 %) to prolong lifespan.

Conclusion

The MicroSpareparts Mobile 3.8 V, 12.16 Wh, 3200 mAh battery delivers a reliable, high‑capacity power solution for the Samsung Galaxy Note 3 (SM‑N9005). Its precise engineering, safety features, and ease of installation make it an ideal replacement for users seeking extended performance without compromising device safety or functionality.