120W Two-Way Pd Fast Charging Module 4S Charging Treasure Module Circuit Board High Power Pd Fast Charging Boost/Buck

120W Two-Way Pd Fast Charging Module 4S Charging Treasure Module Circuit Board High Power Pd Fast Charging Boost/Buck Kuvaus

The module adopts Chipsea CS32G020K8U6 main control, built-in program, which is more user-friendly than pure hardware modules.Slow rise and fall design, to prevent the instantaneous current from being too large.
This module can output 5v5a9v5a12v5a15v5a and 20v6a. The 5-15v of common fast charging modules the market can only output 3a current. actually make
The power consumption is very good, which can meet the vast majority of usage scenarios. Almost all fast charging protocols the market are supported, but if the mobile phone does not support non-original fast charging.Can't reach maximum power!
The product inductance adopts imported inductance, although only 12x12mm, but the heat generation is also very low.
The module uses 4 strings of lithium batteries for power supply (lithium iron phosphate batteries are strictly prohibited), and has the functions of automatic stop when full and low voltage automatic protection. But the battery pack still needs

Product master: CS32G020K8U6+SC8812
Oh, the protection board, to prevent excessive current and accidents. The battery pack current should be Greater than 7a as far as possible. If the battery power is too low, it will definitely not be able to achieve the maximum output effect.
At the same , the battery will also heat when charging.
The module is bidirectional buck-boost, input 5v can also charge 4 strings of battery packs, and can output 20v when the battery pack is 12v.
There are 4 m2 screw fixing holes the module, of which the rear two with pads are input, and the 4 holes of the product must be M2 screws
Precautions:
5. It is strictly forbidden to reverse the positive and negative power supply
6. It is strictly forbidden to use lithium iron phosphate battery pack or battery pack without protective plate
7. The battery pack current n