Wireless Charging (WLC) MP A11 Power Transmitter
The REF_WLC_TX15W_C1 MP A11 Power Transmitter solution board, is highly integrated, Qi v1.3.2 compliant Extended Power Profile (EPP) transmitter design. It also supports Basic Power Profile (BPP) with Proprietary Power Delivery Extensions. This reference board is powered using USB PD 3.0-compliant USB-C power adapter and can support DC connector input of 9 V - 20 V through firmware option. Combined with the OptiMOS™ power devices and OPTIGA™ Trust Charge, this solution offers highly efficient and secure wireless charging platform. The solution board supports firmware upgrades using USB-C or I2C interface along with the included Dongle and the Wireless Charging Configuration Graphical User Interface (GUI). There are additional options provided for firmware updates using Serial Wire Debug (SWD) while using the Modus Tool Box and Programmer.
REF_WLC_TX15W_C1 is only available on demand, please contact us here to place your request or receive more information.
Summary of Features
Qi v1.3.2 compliant transmitter
UDB-PD/Legacy protocol input > 9 V DC
Peak system efficiency > 83 %
Typical active charging area +/- 10 mm
Adaptive Foreign Object Detection (FOD)
Serial communication ports: I2C, UART
Programming, EXT clock option
Foreign object indication with LEDs
Configurable using wireless charging GUI
Benefits
Compliant Qi stack with library Support
Programmable solution for evolving Qi standard
Single controller for USB-PD, buck, Qi inverter
Zero voltage switching for high efficiency
Configurable gate drivers for EMC
Configurable thresholds for FOD, protections
Optimal size with 2-layer PCB layout
Potential Applications
Wireless Charging
Smartphone
Smart speakers
Docking station
Industrial tools
Furniture integrated accessories
List of Components
Wireless Charging IC – WLC1115-68LQXQ
OptiMOS™ MOSFETs - BSZ0910LS
OPTIGA™ Trust Charge – SLS32AIA020Ux
Small Signal Power MOSFET - BSS138N (Optional feature for power saving while using external clock)
3D board model
Wireless Charging (WLC) MP A11 Power Transmitter
The REF_WLC_TX15W_C1 MP A11 Power Transmitter solution board, is highly integrated, Qi v1.3.2 compliant Extended Power Profile (EPP) transmitter design. It also supports Basic Power Profile (BPP) with Proprietary Power Delivery Extensions. This reference board is powered using USB PD 3.0-compliant USB-C power adapter and can support DC connector input of 9 V - 20 V through firmware option. Combined with the OptiMOS™ power devices and OPTIGA™ Trust Charge, this solution offers highly efficient and secure wireless charging platform. The solution board supports firmware upgrades using USB-C or I2C interface along with the included Dongle and the Wireless Charging Configuration Graphical User Interface (GUI). There are additional options provided for firmware updates using Serial Wire Debug (SWD) while using the Modus Tool Box and Programmer.
REF_WLC_TX15W_C1 is only available on demand, please contact us here to place your request or receive more information.
Summary of Features
- Qi v1.3.2 compliant transmitter
- UDB-PD/Legacy protocol input > 9 V DC
- Peak system efficiency > 83 %
- Typical active charging area +/- 10 mm
- Adaptive Foreign Object Detection (FOD)
- Serial communication ports: I2C, UART
- Programming, EXT clock option
- Foreign object indication with LEDs
- Configurable using wireless charging GUI
Benefits
- Compliant Qi stack with library Support
- Programmable solution for evolving Qi standard
- Single controller for USB-PD, buck, Qi inverter
- Zero voltage switching for high efficiency
- Configurable gate drivers for EMC
- Configurable thresholds for FOD, protections
- Optimal size with 2-layer PCB layout
Potential Applications
- Wireless Charging
- Smartphone
- Smart speakers
- Docking station
- Industrial tools
- Furniture integrated accessories
List of Components
- Wireless Charging IC – WLC1115-68LQXQ
- OptiMOS™ MOSFETs - BSZ0910LS
- OPTIGA™ Trust Charge – SLS32AIA020Ux
- Small Signal Power MOSFET - BSS138N (Optional feature for power saving while using external clock)
3D board model
