BAKTH-455671P-2S2P-3M, 7,4 В, 5000 мАч, 37 Втч

The BAK Technologies BAKTH-455671P-2S2P-3M может похвастаться 7.4 V 5000 mAh 37 Wh Lithium ion polymer battery pack. It utilizes the 455671P battery type, renowned for its compact dimensions and versatility. Typically, such cells are prismatic in shape, offering an efficient size-to-capacity ratio, often employed in advanced consumer electronics and portable medical devices. These cells are rectangular, enabling designers to maximize space utilization within device enclosures. A 7.4 V LiPo battery offers distinct advantages over traditional lithium-ion cells. “Polymer” batteries feature a solid or gel-like electrolyte, which grants superior safety and flexibility. Unlike liquid electrolytes, the polymer variant reduces leakage risk, enhancing the durability and reliability of the battery pack. It’s almost as if someone decided batteries should stop being potential fire hazards.

The 2S2P design in this Полимерные батареи 7.4 Volts means it has two sets of cells in series and two in parallel. For those delving into battery configurations, this arrangement increases both the voltage and capacity. Series connections add voltage, hence two 3.7V cells give 7.4V. Parallel connections boost capacity; thus, two 2500mAh cells combine to 5000mAh. So, it’s like the superhero of battery configurations—supercharged and long-lasting. Each cell in the pack measures 20mm by 58mm by 77mm, fitting perfectly into space-sensitive applications. Despite its compact size, the pack weighs only 175g. Such a weight is laughable in the face of its power output, proving that sometimes, the best things come in small, powerful packages. This dimension is optimal for devices requiring a balance between energy density and physical footprint. With a cycle life exceeding 300, this 7.4 V 5000 mAh 37 Wh Lithium ion polymer battery pack ensures longevity. Cycle life denotes how many charge and discharge cycles a battery can undergo before its capacity drops below 80% of the original. Here, it implies enduring usability, far beyond what’s acceptable in short-lived alternatives.

Quality certificates and international standards compliance underscore its reliability, which is always a plus unless you enjoy living on the edge. Max charging voltage stands at 8.4V—because who wouldn’t want their battery fully juiced? The cut-off voltage of 5.6V ensures protection from over-discharging. Max constant charging current at 0.5C and discharging at 1C, where “C” denotes the capacity of the battery, mean this battery handles charging and discharging currents with ease. Peak discharge current remains a mystery, much like why we still have to explain what “C” means. For real, the patience needed is unreal. Designed for both consumer and medical applications, this Литий-полимерная батарея 7,4 В отличается универсальностью.. Portable devices in these sectors demand high efficiency and reliability, characteristics intrinsic to this battery pack. Its robust performance across varying applications highlights its engineering excellence, making it an indispensable component in cutting-edge technologies.

The peak discharge current capability is critical for devices requiring bursts of high power. While the exact peak discharge current isn’t specified, it ensures the battery can handle short-term high-power demands without compromising its integrity. In practical terms, it means your devices won’t suffer performance dips when they need power the most. Isn’t that reassuring? The БАК Технологии BAKTH-455671P-2S2P-3M is tailored for B2B clients who demand precision and reliability in their battery packs. It merges advanced technology with dependable performance, making it a top choice for integrating into various sophisticated devices.

It’s like the Ferrari of batteries—high performance, reliable, and very much coveted.

* Максимальное напряжение зарядки: 8,4 В
* Напряжение отключения: 5,6 В
* Максимальный постоянный зарядный ток: 0,5C
* Максимальный постоянный ток разряда: 1C;
* Для различных портативных устройств бытового, медицинского и промышленного применения.