In modern digital life, desktop chargers have become the power hub connecting us to our electronic devices.
As the "energy hub" of many electronic devices, a desktop power adapter's core responsibility is to convert AC grid power into the stable DC power required by the devices.
With the increasing complexity and diversity of modern electronic devices, power systems are no longer simply "power boxes" but are evolving into highly customized, intelligent energy hubs.
As one of the most common charging methods, wall chargers must not only provide efficient power conversion but also ensure absolute user safety during use.
With the popularity of mobile devices such as smartphones, tablets and laptops in daily life, users' demand for li-ion battery chargers is not only high efficiency and safety, but also portability and ease of use.
When exploring how li-ion battery chargers deal with overload risks to prevent equipment damage, we need to take a deep look at their internal design and the advanced technologies they use.