TWS Charging Case Chips

SS809 is an AD-type microcontroller with integrated charge and discharge management, built-in rich interfaces, flexible configuration modes, and different low-power options. Mainly used in portable electronic devices that require charge and intelligent control, bringing streamlined peripheral cost, excellent performance and convenient development, such as Bluetooth headset charge cases, LED light group, handheld atomizer, personal care equipment, EC, aroma diffuser, fragrant smoked lights, electronic toys and so on.
SS809Q is an AD-type microcontroller with integrated power management, small size, powerful function, built-in rich interface functions, flexible configuration mode, and different low-power options. This product is mainly used in portable electronic devices that require charge and intelligent control, bringing streamlined peripheral cost, excellent performance, high reliability and convenient development, such as Bluetooth headsets, electronic atomizers, fitness accessories, personal care equipment, etc.
SS809QW is a low-power MCU chip with an integrated wireless charge RX controller, and the 3x3 chip size is widely used in various intelligent hardware devices with wireless charge reception and battery charge and discharge management.
SS901X is Sinhmicro's AD-type Flash microcontroller with integrated boost, charger management, built-in rich interfaces, flexible configuration modes, and different low-power options. This product is mainly used in portable intelligent electronic devices that require charge and intelligent control, bringing streamlined peripheral cost, excellent performance and flexible development.
SS900X is Sinhmicro's AD-type microcontroller with an integrated boost and charger management unit. Built-in rich interfaces, flexible configuration modes, and different low-power options. This product is mainly used in portable intelligent electronic devices that require charge and intelligent control, bringing streamlined peripheral cost, excellent performance and flexible development.