BAKTH-455668-1S-3M, 3,7 V, 2000 mAh, 7,4 Wh

Introduction to Our Advanced Battery

Estimados socios y clientes, permítannos presentarles el BAKTH-455668-1S-3M 3.7 V 2000 mAh 7.4 Wh Lithium ion polymer battery pack. It embodies precision and power. Crafted for those who demand excellence in portable power solutions. Because, let’s be honest, who doesn’t want a battery that performs?

Configuration and Design: A Deep Dive

In the realm of customized battery packs, understanding the 2S1P design is vital. It signifies two cells in series (2S) and one cell in parallel (1P). This setup enhances voltage without sacrificing capacity. Pretty nifty, right? Our battery, with dimensions of 5 mm * 56.5 mm * 71 mm, ensures compact yet powerful performance. Because who doesn’t love a compact powerhouse?

Unmatched Performance in a Compact Form

Whoever said bigger is better never experienced our 3.7 V LiPo battery. Weighing a mere 40g, it’s light as a feather but works like a powerhouse. So light, it’s almost like holding air. Its cycle life exceeds 300, promising long-lasting reliability for your devices. We know you appreciate quality and durability, but who knew it could come in such a tiny package?

Certification and Quality Assurance

Quality isn’t an option; it’s a guarantee. Each and every battery we produce here at Tecnologías BAK, including the 455668 type batteries – all satisfy international standards, and we guarantee safety and performance. We believe, that safety of the final user, and the regulations, that help to safe the planet and keep it clean are important. Our partners deserve nothing less than the best, and we are happy to provide the best LiPo batteries.

The Superiority of Lithium Polymer Technology

Lithium ion polymer batteries stand apart. They offer higher energy densities, flexible form factors, and enhanced safety. This makes our 3.7 V LiPo battery an ideal choice for modern applications, where reliability meets innovation. As if you’d expect anything less from us. Technical Marvels in Every Detail Our BAK Technologies BAKTH-455668-1S-3M battery operates at a maximum charging voltage of 4.2 V. It cuts off at 2.8 V to prevent over-discharge. This balance is crucial for maintaining battery health. Ever wondered what 0.5C means? It’s the charging rate, half the battery’s capacity. Sarcasm alert: It’s not rocket science, but it keeps your devices safe and efficient. Because who wouldn’t want that? Engineering Excellence with Peak Performance Charging currents are a big deal, aren’t they? Our battery supports a max constant charging current of 0.5C and a discharging current of 1C. It peaks at higher discharge currents, ensuring your devices get the power they need when they need it. Because, obviously, you want your devices to work when you turn them on.

Versatility for Various Applications

Designed for a variety of applications, our polymer batteries 3.7 Volts power everything from consumer electronics to medical devices. Because why should industrial tools have all the fun? Our batteries ensure your devices perform flawlessly in any setting. Imagine the possibilities, but don’t actually, we already did that for you.

Precision in Every Cell

El 455668 battery type signifies precision engineering. Each cell is crafted to meet the highest standards, ensuring reliable power delivery. It’s a testament to our commitment to excellence in battery technology. Because anything less would be, well, subpar.

Just to mention

Dear partners and customers, when you choose the BAKTH-455668-1S-3M 3.7 V 2000 mAh 7.4 Wh Lithium ion polymer battery pack, you choose reliability, innovation, and quality. Our batteries are designed to power your devices efficiently, providing a seamless experience. Explore the power of precision with Tecnologías BAK.

Because, let’s face it, who wants to deal with mediocre 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 de consumo, médica e industrial.