This is 2nd generation product that can turn any DC input 5V-24V into a full PD 3.0 USB C output. This works perfectly with SlimQ F150/F240/F330 gaming laptop chargers. It also works for 12V DC output from a car cigarette lighter or battery, as long as you are using a standard 5.5x2.5mm power connector The unique feature of this extender is that it has a voltage boost. For example, if your DC input is 12V, it can still boost the voltage to support 20V in PD 3.0 standard. Rated Input Voltage: DC 5V-24V. If the input voltage exceeds 24V, the device may be damaged, leading to malfunction. Please ensure the input voltage does not exceed 24V before use. The input uses a standard 5525 plug with a 2.5mm center pin, 6mm socket diameter, and 7mm insertion depth. Maximum input current is 12A. The center pin is positive, and the outer casing is negative. When the input voltage exceeds 21V, the device can output any PD voltage. Rated Output Current: Single USB-C Port (PD Mode): Max 100WSingle USB-A Port (QC Mode): Max 30W USB-C Output: 5V 3.0A 9V 3.0A 12V 3.0A 15V 3.0A 20V 5.0A USB-A Output: 5V 3.0A 9V 3.0A 12V 2.5A Note: When both USB-A ports are working simultaneously, fast charging is not available, and the output is limited to 5V. Each port has a maximum output of 5V 3A. Rated Power: 1. Full Power Operation: When the total input power from the DC power supply exceeds 230W and the output voltage is higher than 21V, all output ports can operate under full load. Each USB-C port can independently output 100W. The two USB-A ports share a maximum total output of 30W, meaning both USB-A ports combined will not exceed 30W at any time. Note: During prolonged use at full power, ensure proper heat dissipation to avoid burns from the hot surface. 2. Limited Power Operation: When the total input power from the DC power supply is less than 230W (e.g., using lower-power adapters), ensure that the total power consumption of connected devices is less than the available input power. Example: If both USB-C ports are powering two devices, each requiring 50W, the total consumption will be 100W. The external DC power supply must provide at least 105W (1.05 times the required power). If the input power is insufficient, the external DC power supply may not function properly, causing power protection issues or other malfunctions. Note: All dimensions are measured by hand, there may be small deviations.
