Right now, gadgets people carry around depend heavily on how big their batteries are and how much power they hold. Hobby tinkerers have started noticing one particular cell called the DK380C4.0-H8. If you’re curious what it does well – knowing its specs matters, especially where fit and output are concerned. This piece looks at how large it actually is, what voltage and current traits define it, along with how such a tiny pack influences little electronic builds.
Table of Contents
Physical Dimensions and Design Considerations
A tiny power source, the DK380C4.0-H8 runs on lithium polymer chemistry, built for small gadgets like music players and video recorders. Standing at just about 28 by 27 by 4 millimeters – measured corner to corner – it slips neatly where room is scarce. Light as a feather, it fits without fuss inside slim electronic housings. Because of its size, manufacturers often pick it when space weighs heavily on design.
One thing matters most: how the DK380C4.0-H8 size matches up with gadget layout. Engineers usually face trade-offs between power storage and room inside. A bigger cell may hold more charge, yet it risks making thin gadgets feel chunky. Because this model takes up little space, it slides easily into tight tech builds while keeping things light.
That thin shape helps spread out heat more than thicker batteries do. Since overheating often causes problems in rechargeable Li-Po units, staying cool matters. Because of how it’s built, the DK380C4.0-H8 fits into gadgets where airflow works better. This setup lowers heat buildup – safer operation follows, along with longer life.
Electrical Specifications
Even though it’s small, knowing how the DK380C4.0-H8 handles electricity reveals what it can actually do. Its usual output sits at 3.7 volts, yet it can charge up to 4.2 volts before stopping. The total power stored comes out to 350 milliamp-hours. What matters isn’t just shape – it’s what runs inside.
A single charge lasts long when both voltage and storage work together well. Take a tiny music device. It runs for hours on one cycle instead of draining fast. Picture a recording box capturing footage nonstop. The power inside holds steady through each session. That kind of steadiness keeps things going without pause.
When it comes to design, steady voltage and decent capacity stand out as strong points. A battery sized too tiny may fall short on power, even briefly, while one much larger can make gadgets harder to carry around. Fitting neatly into tight spaces, the DK380C4.0-H8 delivers just enough stored energy without bulk.
Practical Applications
The compact size of the DK380C4.0-H8 makes it highly versatile. It is commonly used in:
- Portable media players: The small footprint allows integration into slim designs without compromising battery life.
- Miniature cameras and DVRs: These devices often require lightweight, rechargeable batteries that can fit into tight enclosures.
- Wearable electronics:Lightness along with a slim shape fits well on wearable tech like activity monitors or digital jewelry.
When you make your own gadgets, fitting the DK380C4.0-H8 into your build matters more than it first seems. That shape and scale decide where wires go, how tight the box must be, yet also affect balance once assembled.
How Size Impacts Performance
Tiny as the DK380C4.0-H8 might be, its compact design brings compromises. Not far behind convenience lies a 350mAh capacity – enough for light-duty gadgets, yet tight when power demands climb. Because heavier usage drains it faster, balancing discharge levels with regular but gentle recharging helps stretch how long it lasts. Over time, attention to these habits shapes performance.
Got to watch the size when setting it up. These slim units, such as the DK380C4.0-H8, can get nicked easily if dropped or forced. Lining them up right inside the gadget matters a lot. Mounting must be snug so they do not spark or act sluggish.
Even so, its compact build charges quicker than bulkier versions using identical materials. With less space to fill, power moves in more swiftly – helping those pressed for time. Charging wraps up sooner simply because there’s less capacity to top off.
Conclusion
Figuring out the impact of the DK380C4.0-H8’s physical scale on gadgets matters a lot if you build tiny electronic devices. Measuring about 28 by 27 by 4 millimeters, this lithium polymer cell runs at a typical 3.7 volts, holds 350 milliamp-hours. Despite being compact, it still delivers solid power without taking up much room. Because it fits easily into tight spaces, people often choose it for portable gear like music players and video recorders. Wearables benefit too – its shape slips neatly into wristbands or smart patches. Even hobbyists find it handy when prototyping new ideas at home. Performance stays consistent thanks to stable voltage output during use. Though small, it doesn’t sacrifice what most circuits need to run smoothly.
Looking at size and power together helps creators arrange parts better, extend charge time, make gadgets run safely. Put simply, the DK380C4.0-H8 shows smart battery engineering lets small devices stay handy while working well.
