According to 1: Mobile phone fast charge and slow charge are the characteristics of the charger.
First of all, the fast charge and slow charge of the mobile phone are determined by the charger.
Charger is a device for charging mobile phones, and its output voltage and current will directly affect the charging speed of mobile phones.
Fast chargers can provide higher output current and voltage, thus speeding up the charging speed of the phone, while slow chargers provide lower output current and voltage, and relatively slow charging speed. Secondly, the design and technology of the charger will also affect the charging speed. Fast charging appliances usually use more advanced power management technology to transfer power to the phone battery more efficiently, improving charging efficiency, and thus achieving fast charging. In addition, the data cable plays a role in transmitting electrical energy during the charging process of the mobile phone, but it does not directly determine the charging speed.
Data line is mainly responsible for the transmission of power and data signals, its stability and transmission speed will affect the charging effect, but will not change the charging characteristics of the charger. To sum up, fast charging and slow charging of mobile phones are the characteristics of the charger, the output current and voltage of the charger determine the speed of the charging speed, and although the data line plays a role in the transmission of electrical energy, it does not directly determine the charging speed.
Fast charging and slow charging are determined by the charger and data cable. Fast charging requires both the charger and the data cable to support the fast charging protocol in order to achieve the fast charging effect. Therefore, the key to fast charging and slow charging is the compatibility of the charger and the data cable. If both the charger and the data cable support the fast charging protocol, the fast charging effect can be achieved; On the contrary, only slow charging effect can be achieved.
This is a data line, which can make this data line have a special 2a current, and can transmit 120w power to you, so you can make your mobile phone fast charge.
Fast charging and slow charging of mobile phones involve two aspects of chargers and data cables.
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Charger: Mobile phone chargers have different power levels, fast charge and slow charge usually refer to the power of the charger is different. The higher power of the fast charger can provide a larger current output, thus speeding up the charging speed. Slow chargers, on the other hand, have lower power, provide smaller current output, and charge more slowly.
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Data cable: The data cable can also affect the charging speed. Fast charge and slow charge data line refers to the transmission capacity of the data line is different. The fast charge data cable uses a higher specification wire and interface design, which can support greater current transmission, so that the fast charge function can play the maximum effect. Slow charge data line transmission capacity is low, can not support fast charging.
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In summary, to achieve the fast charge function, it is necessary to be equipped with a high-power charger and a data cable with strong transmission capacity.
The speed of mobile phone charging depends on the data cable and charging head, which is related to both, the charging plug parameters determine the output voltage and current parameters, and the data cable will also affect the charging speed of the mobile phone, most mobile phones supporting fast charging will use the \"Type-C\" interface data cable, and the charging plug is generally compatible with high voltage and high current output. Coupled with the support of mobile phone batteries and smart charging protocols, fast charging can be achieved.
Of course the plug is fast charging
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\"Fast charge\" does not refer to the charger, let alone the data cable, but the \"collection\" of charging CI (mobile phone software), battery, data cable, and charger, which does not refer to a certain device, but a number of equipment groups that support the fast charge protocol