What are the application cases of Superchip's products in the field of automotive electronics?

Superchip's products have the following application cases in the automotive electronics field:

In-vehicle charging

• XPD913 chip for in-vehicle travel chargerkehuite.com.cn: Superchip's XPD913 chip can be applied to in-vehicle travel charger. The chip has passed PD3.1 certification and supports mainstream fast charging protocols such as QC3+, Huawei FCP/SCP/HVSCP, Apple 2.4A, Samsung AFC, Vivo VOOC, MTK PE, etc. It is able to quickly match and realize fast charging for cell phones of Apple, Huawei, Samsung, etc., as well as other electronic equipments that support fast charging. It also has input over-voltage, under-voltage protection, output over-voltage, over-current protection, short-circuit protection and over-temperature protection and other protection functions, full-pin ESD up to 4KV, high electrostatic protection capability, can prevent static electricity damage to the chip. The QFN32 5x5 package provides a compact size for easy vehicle installation and supports line loss compensation to improve charging efficiency and speed.
• XPM5218 Synchronous Buck Converter for Car Chargerssekorm.com: Superchip's XPM5218 Synchronous Buck Converter can output up to 30W of power for use in car chargers that support multiple fast charging protocols such as USB Type-C and PD, and can synchronously step down a car battery's 12V voltage to output 5V to the USB to charge the iPhone 11 Pro Max, ipad, ipad, ipad, ipad, ipad, ipad, ipad, ipad, ipad, ipad, ipad, ipad, ipad, ipad, ipad, ipad and ipad. It can output 5V from a 12V car battery to USB through synchronous step-down, and charge high-power devices such as iPhone 11 Pro Max, iPad Air 3 and PD mobile power. The chip has a low quiescent operating current, no-load output voltage of 5V, 9V, 12V options to meet the needs of different charging devices, and small package size, peripheral circuitry is simple, can reduce the overall BOM cost, shorten the development cycle.

Sina Finance in the field of in-vehicle wireless charging: AHL in-vehicle wireless charger adopts FULLMOTION's TC118SS single-channel motor driver chip to control and drive the small motor, realizing the expansion and contraction of the clamping arm, and cooperating with other circuits to complete the function of wireless charging and cell phone holder.

Other Potential Application Areas Electronic Street

• Power control system: In the power control module of automobile, Superchip's anti-radiation interference technology can ensure that the power control chip works normally in the complex electromagnetic environment, guaranteeing the precise control of the motor and the charging/discharging management of the battery, avoiding problems such as uncontrolled motor and faulty battery management system, and improving the safety and reliability of the electric vehicle.
• Autonomous driving system: The data transmission and processing of sensors, cameras, radar and other devices in autonomous vehicles require highly stable chip support. Superchip's anti-radiation interference technology can be applied to the self-driving chip to protect it from radiation interference, ensure the accurate transmission and processing of sensor data, facilitate accurate environmental perception and decision-making, and enhance the safety and reliability of self-driving.
• Infotainment system: Infotainment systems such as navigation, multimedia playback, Bluetooth communication and other functions cannot be supported without chips. Superchip's anti-radiation interference technology ensures that the infotainment chip works properly in complex electromagnetic environments, preventing problems such as system crash, lag, and Bluetooth connection interruption, and improving user experience.