BAKTH-7045145H-1S-3, 3.7V, 5300 mAh, 19.61 Wh

The BAKTH-7045145H-1S-3 3.7 V 5300 mAh 19.61 Wh Lithium ion polymer battery pack represents a leap in battery technology. Known as the 7045145 batteries, these powerhouses deliver improved capacity. They surpass older models in capacity and durability. This makes them ideal for applications needing high performance. Their advantages over traditional batteries are significant. In many cases, weight, flexibility, and safety are critical. Cylindrical batteries are bulky and rigid. Unlike cylindrical types, the 7045145 batteries are flat and slim. This shape allows better space utilization.

Uniform power distribution is another benefit. These features suit consumer electronics and medical devices well. As you may guess or simply already know, the main difference between traditional lithium-ion batteries and LiPo batteries is the type of electrolyte they use. Specifically the traditional lithium-ion batteries use the old-style liquid electrolytes. For some context it may be absolutely OK, while specific applications, that require higher level of safety won’t be satisfied with it. And scientists created the polymer type of electrolyte, and engineers designed lithium ion polymer batteries that use it.

Among main benefits: polymer electrolytes are safer and reduce leakage risks. They also offer greater flexibility in design. This switch is like upgrading to modern technology. Advanced polymer technology enhances battery performance. Polymer batteries use a solid or gel-like electrolyte. This material is lighter and more adaptable. Innovative shapes and sizes are now possible. Such flexibility suits compact, modern devices perfectly. Safety and thermal stability are also improved. The polymer electrolyte ensures safer operation. Devices run smoothly and reliably with these batteries.

Their design makes them suitable for various conditions. Both performance and reliability are significantly enhanced. The 1S1P design might seem complex. Let’s break it down for clarity. 1S1P means one cell in series, one in parallel. This setup ensures stable and consistent power output. It balances load and performance efficiently. Each cell works harmoniously with the others. 1S1P stands for one cell in series and one in parallel. This configuration ensures that the battery maintains a stable voltage while providing a consistent power output. Think of it as a well-coordinated relay team where each member runs their part with precision. For those keen to understand the physics, this setup balances load and performance, preventing any single cell from being overworked. Size matters in batteries. But not as expected. The [3.7 V LiPo battery] measures 7.2 mm by 46 mm by 148 mm. It weighs just 95 grams. These dimensions make it compact. It’s powerful enough for portable devices.

Fits easily into modern gadgets. A perfect blend of size and power. Durability is essential in batteries. The [7045145 batteries] excel here. They last over 300 cycles. Each cycle tests resilience. They pass with flying colors. Their certifications ensure quality and safety. These are not mere formalities. Reliability is guaranteed. This [3.7 V 5300 mAh 19.61 Wh] battery operates at 4.2 V. The cut-off voltage is 2.8 V. Full capacity charging is ensured. Prevents overcharging risks. This maintains battery lifespan. Cut-off voltage stops deep discharging. Protects against permanent damage. Ensures effective recharging. Voltage specs are crucial. They maintain battery health. Overcharging leads to excessive heat. This can cause failure. Sometimes even fire. Deep discharging forms dendrites. These can pierce internal layers. Causes short circuits. The term ‘C’ indicates charge rate. It’s relative to capacity. A 1C rate means one-hour charging. A 0.5C rate means two hours. Safe charging is essential. Prevents cell damage. Maintains overall battery performance. By maintaining an appropriate ‘C’ rate, we ensure that the battery can be charged efficiently while preserving its overall health and performance. A 0.5C rate means the battery charges at half its capacity per hour, balancing speed and longevity. When it comes to discharging, the max constant discharging current is 1C, ensuring a steady flow of power.

This consistency is vital for devices that require reliable performance. The capabilities of this small battery are truly impressive. For a medical device requiring stable operation, this battery consistently delivers. For consumer gadgets demanding peak performance, it provides reliable power. We believe, over the time we produce this battery, its efficiency is evident in various applications. It is remarkable how such a compact component can offer significant power. Designed for a variety of portable devices in consumer and medical applications, the BAK Technologies BAKTH-7045145H-1S-3 battery proves its versatility. Its advanced features make it a standout choice in the market.

The 3.7 V LiPo battery is not just another power source; it’s a compact, efficient, and durable solution that keeps up with modern technological demands. For those in the know, the 3.7 V 5300 mAh 19.61 Wh Lithium ion polymer battery pack is a good solution for their business needs. Even minor technological advancements can yield substantial financial returns. According to reviews we get from our partners, the advanced design and robust performance of this battery make it ideal for diverse applications, ensuring reliable power delivery when needed.

Upgrading to this power source can significantly reduce operational expenditures and improve efficiency. For those yet to transition, investing in this technology is highly advisable. Such an upgrade can lower costs and potentially increase revenue streams by enhancing device performance.

* Max charging voltage: 4.2V
* Cut-off voltage:2.8V
* Max constant charging current: 0.5C
* Max constant discharging current: 1C;
* For different portable devices of consumer and medical application