A power amplifier detects connected device recognition information to select and output a specific charging current level.
A wall-mounted charging station charges multiple electronic devices simultaneously using angled magnetic slots and contactless power transmission.
A charger integrates a discharger to consume excess electric power from a rechargeable battery.
RFID logic circuit authenticates users via electromagnetic signals to control a spring-type hammerless firing pin.
Auto-tuning network eliminates communication latency and over-voltage risks by dynamically regulating received power via impedance detection.
A battery control IC implements a two-step authentication system using common and public key methods to manage charge and discharge operations.
A wireless charger control unit identifies device power needs and allocates residual energy for electromagnetic induction charging.
A wireless charging device uses Bluetooth Low Energy to exchange link information between terminals.
Segmented identity data with dual certificates prevents unauthorized UID manipulation while maintaining authentication efficiency.
A transitionable magnetic barrier mechanism shields components from wireless charging fields.
A charge control device detects connected charger type and switches the charging circuit between high and low voltage modes.