BAKTH-503562P, 3,7 V, 1100 mAh, 4,07 Wh

Introduction to Our Advanced Battery

Dear partners and customers, we proudly present the BAKTH-503562P 3.7 V 1100 mAh 4.07 ¿Qué? Paquete de baterías de polímero de iones de litio. This marvel of electrochemical engineering offers exceptional gravimetric energy density and robust reliability. It is designed for those who demand peak performance and efficiency in their portable power solutions. Because, who wouldn’t want the pinnacle of energy technology?

Configuration and Design: The Basics Unveiled

Understanding the 1S1P design is key. In electrochemical terms, it means one cell in series (1S) and one cell in parallel (1P). This configuration ensures a consistent nominal voltage and stable capacity output. Simple enough, right? The dimensions, 5 mm * 35.5 mm * 65 mm, make our battery compact yet powerful. Small size, substantial energy output.

Lightweight and Durable: The Ideal Combo

Nobody ever bragged about how bulky, heavy, and inconvenient their batteries are, have they? Our 3.7 V LiPo battery weighs just 23g. This low mass is achieved through advanced materials engineering, making it ideal for portable devices where weight minimization is crucial. With a cycle life exceeding 300 charge-discharge cycles, it promises extensive longevity. Who wants a battery that can’t handle long-term use?

Certificación and Quality: Our Assurance

Quality and safety aren’t optional; they’re engineered into every cell. Each 503562 battery complies with stringent international standards, query us for more details about certificates we have. Why Lithium Polymer Stands Out Lithium ion polymer batteries leverage a solid polymer electrolyte, differing significantly from traditional liquid electrolytes. This results in higher volumetric and gravimetric energy densities, flexible form factors, and improved safety profiles. This makes our polymer batteries 3.7 Volts an optimal choice for cutting-edge applications. Who wants to settle for less when you can have the latest technology?

The Technical Specs That Matter

Nuestro Tecnologías BAK BAKTH-503562P battery operates at a maximum charging voltage of 4.2 V and a cut-off voltage of 2.8 V. These parameters ensure the cells operate within safe electrochemical limits, preventing overcharge and over-discharge conditions. What’s 0.5C, you ask? It represents the charging rate, half the battery’s capacity per hour, a critical metric for optimizing charging efficiency and battery longevity. Not exactly rocket science, but it’s essential for maintaining your devices’ performance.

Performance: The Numbers Game

Charging and discharging currents are pivotal metrics, aren’t they? Our battery supports a max constant charging current of 0.5C and a constant discharging current of 1C. It can handle peak discharge currents effectively, ensuring your devices get the power they need during high-load conditions. Because, obviously, you expect your devices to perform flawlessly under varying loads.

Versatility in Applications

Designed for a multitude of applications, our 3.7 V 1100 mAh 4.07 Wh Lithium ion polymer battery pack is ideal for consumer electronics, medical devices, and more. This battery excels in various operational environments, thanks to its versatile electrochemical properties. Industrial tools shouldn’t be the only ones enjoying top-tier batteries. Our products ensure optimal performance across a broad range of settings. So, don’t worry, we’ve got every application covered.

Precision Engineering at Its Best

El 503562 battery type epitomizes precision electrochemical engineering. Each cell is meticulously crafted, adhering to exacting manufacturing standards to ensure uniformity in performance and safety. This results in reliable and efficient energy delivery, reinforcing the battery’s robustness. Because anything less would be, well, subpar.

Final Thoughts

Dear partners and customers, choosing the BAKTH-503562P 3.7 V 1100 mAh 4.07 Wh Lithium ion polymer battery pack means opting for unparalleled reliability, innovation, and quality. Our batteries are engineered to power your devices with exceptional efficiency, ensuring a seamless operational experience. Explore the precision and power of Tecnologías BAK.

Because, who wants to deal with substandard batteries?

* Voltaje de carga máximo: 4,2 V
* Tensión de corte: 2,8 V
* Corriente de carga constante máxima: 0,5 C
* Corriente de descarga constante máxima: 1C;
* Para diferentes dispositivos portátiles de aplicación médica y de consumo.