The polarization effect of a charger refers to the response of the internal battery plate and electrolyte to the external electric field when using the charger, resulting in uneven charge distribution on the plate surface and polarization of the electrolyte.
Inside the charger, charges enter the electrolyte from the electrode plate at the power source end, while charges leaving the power source flow into the returning electrode plate. During this process, the electrolyte generates some entropy due to dielectric loss, which reduces its electric field strength. This causes a change in the direction of current flow during driving, resulting in a change in charge passing through the capacitor and making the output of electrical signals more complex.
In addition, when the distance between the charger and the device receiving the signal is relatively long, the impact of uneven charge distribution inside the charger will be more pronounced. Since the electrolyte can be trapped in the gap between the electrode plates with molecular structure, the charging/discharging speed of the capacitor will be reduced, which reduces the ability of the charger to transmit signals through the air.
Overall, the polarization effect of chargers has a significant impact on their signal transmission ability and charging speed, so it is particularly important to use high-quality and reliable chargers.
