Carbon electrode inductance is not included in this category; 1. The lithium-ion battery itself will have a 1% li positive inductance; the electrode is a diode working principle, and the inductance has a negative half price under 3v voltage; 2. The inductance of the nickel-metal hydride battery is connected to the positive electrode. % li positive inductance, this inductance can charge the battery; so this inductance has a negative half price, what is the reason? This inductor is connected to the positive pole of the lithium battery, and it is reversed because current flows through the positive pole.

The inductance of lithium batteries and nickel metal hydride batteries is different. The positive and negative capacitances of these two batteries are different. Can you prove that there is a positive voltage flowing from the mobile terminal?

Because the charging plug of the mobile phone has a certain current, the size is the same as the max value. The lithium battery inside the mobile phone is made of flat electrodes. When charging, a current flows continuously between the two electrodes to fully charge the battery inside the mobile phone. This is the same as the general metal plus capacitor will have electrostatic current. In addition, the capacitor that the current flows from the mobile phone will also have a voltage. Some chargers will only output half the current and some more.

The problem with relatively large production capacitors is that the efficiency of small capacitors is extremely low under high currents, resulting in larger capacitors with larger volumes. A circuit as small as a mobile phone has the largest standby volume among all circuits. Capacitive technology cannot generate suitable current, so it can only be replaced by small capacitors.

1. Lithium battery inductance characteristics. Inductors are also voltage parallel and then current divider. The voltage will drop when not using too much current because the skin effect voltage of the capacitor becomes smaller.  2. The laptop inductor is a radiator, similar to the fan of an ordinary computer. This is especially true for desktop computers. The mobile phone is a big heat generator, and there is nothing but a heat fan.  3. The heat dissipation of the mobile phone is not good, and the higher the voltage, the hotter it will be. So what can be explained according to 1.2? It can be said that the capacitor must rely on heat dissipation to function.

This is the reason why the laptop cannot emit light and heat. Because the mobile phone occupies a lot of space, the mobile phone does not have this problem under the same current condition.  4. Others.