What are the main applications of Superchip's PD protocol chips?

Superchip's PD protocol chips are mainly used in the following areas:

Consumer Electronics

• Cell phone chargers: For example, Pinsent Masons' 20W mini charger adopts Superchip's XPD720 and other chips to realize fast charging and supports various fast charging protocols such as QC2.0, QC3.0, AFC, FCP, etc., which can meet the daily fast charging needs of cell phones such as iPhones.
• Tablet charger: Provides adapted fast charging solutions for tablet PCs, which can negotiate the appropriate voltage and current according to the charging demand of tablet PCs through PD protocol to realize efficient charging.
• Laptop charger: Some laptop chargers that support PD fast charging will also apply Superchip's PD protocol chip, such as the XPM52C that supports 5-20V PD fast charging, with a maximum output current of 5A, which can satisfy the charging needs of laptops.
• Mobile Power: In the case of multi-port mobile power, such as the mobile power that supports 2A2C output, Superchip's XPD767 chip can realize the blind plug-in output of 65W for dual USB-C ports, which can reasonably distribute the power of each port for charging cell phones, tablet PCs and other devices.

Automotive Electronics

• Vehicle Charger: Superchip's XPD913 chip is suitable for vehicle charging, which has passed PD3.1 certification and supports mainstream fast charging protocols such as QC3+, Huawei FCP/SCP/HVSCP, Apple 2.4A, Samsung AFC, and VIVOOC, etc., and it can charge cell phones, tablet PCs and other equipments in the vehicle, and it can automatically recognize the fast charging protocols of the equipments and adjust the output voltage and current.

Industrial and other fields

• Industrial control equipment: In some industrial control equipment that requires stable power supply and charging management, the PD protocol chip can be used to manage the charging process of the equipment to ensure that the equipment can obtain the appropriate power supply under different operating conditions.
• Communication equipment: such as some small base station equipment, communication terminals, etc., which need efficient charging management solutions, PD protocol chips can realize charging control for these devices, and improve the charging efficiency and stability of the devices.