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Alyssa H

Without medical training, there is no way to tell from the name alone which class a drug belongs to

Description LiPow Features Now made in the USA Charges and balances 2s-4s packs USB type C input Supports charging up to 100W (depending on case configuration) from USB PD power supplies or any other USB C port with PD source capability (such as a Thinkpad X1 laptop) Supports non USB PD power supplies (limited to 2.5W 5V, 0.5A) Charging is done through an XT60 connector and has JST XH connectors for balancing 2s-4s packs User feedback through an RGB LED Open source schematic, BOM, and firmware SWD and UART breakouts for firmware development UART command line interface for debugging and run time information Ordering Information No case, PCBA only (Can continuously sustain 40W charging at 20C ambient) 3D printed case fully enclosed (Can continuously sustain 40W charging at 20C ambient) 3D printed case with debug header exposed (Can continuously sustain 40W charging at 20C ambient) 3D printed case with fan (Can continuously sustain 100W charging at 20C ambient) User Guide Plug into any USB C power supply/wall wart/device that supports power output Plug in the balance plug from your 2s-4s battery If the LED turns blue, the battery needs balancing and balancing is active If the LED turns green, the battery is balanced Now plug in the XT60 plug from your battery If the LED turns red, the battery needs charging and charging is active If the LED turns green, the battery is charged and balanced Balancing and charging can be active at the same time and both the red and blue LEDs will be on (purple/violet) Charging will only start when both the balance and XT60 plugs are connected If a damaged pack is attached, charging will stop if any cell rises above 4.21V If any cell is below 3.0V it will not balance If any cell is below 2.0V it will not charge Everything runs automatically and will charge up to the max capability of the connected USB PD power supply if the max current output limit exceeds the input power supply

Unlike laser devices that penetrate the skin, Hi-Fu bypasses the upper layer

Interleukin-6 (IL-6) production by cytokine-stimulated human Mller cells