R_60_V10 design based on IPS2 motor commutation sensor

Schematic PCB

R_59_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_96_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_58_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_54_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_53_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_56_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_64_V10 design based on IPS2 motor commutation sensor

Schematic PCB

R_63_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_95_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_75_V10 design based on IPS2 motor commutation sensor

Schematic PCB

R_69_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_94_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_68_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_93_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_67_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_92_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

R_66_V10 Design based on IPS2 motor commutation sensor

Schematic PCB

FPGA Power Solutions

Complete power solution for FPGAs

Wireless charger

This is a reference design for a wireless charger. The working principle is: power transmission between objects through electromagnetic induction. A fully analog RL78/G11 microcontroller, ISL28006 current sense amplifier and HIP2106A MOSFET driver are used.