IP6826
IP6826 is Integrated 15W wireless charging transmitter SOC manufactured by Injoinic.
Features
- pliant with the WPC V1.2.4 specificatiosn transmitter design
- Support 5~15W applications
- Single 5W applications
- Fast charge input for 5~15W applications
5V input for 5W output application
9V input for 5W, 7.5W, 10W output application
12V input for 5W, 7.5W, 10W, 15W output application
- 12V charge input for 15W applications
- Support multi-coil scheme(two coils, three coils)
- Integrate NMOS full bridge driver and full bridge power MOS
- Integrate voltage/current demodulator
- Support FOD (Foreign Object Detection) function
- High sensitivity
- Support dynamic FOD
- External resistor adjusts FOD parameters
- Low quiescent dissipation and high efficiency
- 10m A quiescent current
- Charging efficiency is up to 79%
- patible with NPO and CBB capacitors
- Support Dynamic Power Modulation (DPM) for insufficient USB power source
- Support low voltage charger of 5V/500m A
- Input over voltage, over current, under voltage protection
- Support AFC, PD3.0 input request
- Support DPDM Fast Charge input request
- Support Qi protocol BPP, PPDE certification
- Support NTC over temperature protection
- Support up to 3 LEDs indication
- Pacage: 5 mm × 5 mm 0.5pitch QFN32
Description
IP6826 is a wireless power transmitter controller So C that integrates all required functions for the latest WPC Qi V1.2.4 specifications pliant wireless power transmitter design. Support A11, A11a, MP-A2 coil, support 5W, Apple 7.5W, Samsung 10W, 15W charging. It used analog PING to detect a RX wireless device for charging . Once RX device is detected, the IP6826 establish a munication with the RX wireless device and controls the coil power transfer by adjusting operation frequency, depended on calculating the data packages, received from RX device, with PID algorithm. IP6826 terminate power transfer when RX device is fully charged.
IP6826 integrate full-bridge driver and full bridge power MOS, includes voltage and current two-way ASK demodulation module, and input overvoltage/current...