Charging inlet control

Products and reference designs

Charging inlet control

Block diagram

Overview

Our integrated circuits and reference designs provide you with efficient, high-performance charging inlet solutions allowing you to keep up with shifting industry trends.

Design requirements

Charging inlet systems require:

  • High performance and fast digital control loops enabling highly efficient power conversion and increased power density.
  • Enabling precise control and fast shut down in an overcurrent scenario by high bandwidth and fast response current sensing.
  • Safely and efficiently controlling and protecting the power switch (IGBT/SiC).
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    Block diagram

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    Charging inlet control

    CAN CAN 12V supply 12V supply M P P u u m m p p M M M LIN LIN 5V supply 5V supply 3.3V supply 3.3V supply Position sensors Position sensors Status LED Status LED M P P u u m m p p M M M Flap, connector & cable temperature sensors Flap, connector & cable temperature sensors Reverse battery protection Reverse battery protection Input protection Inputprotection Sensor supply Sensor supply Tracking LDO Tracking LDO Tracking LDO Tracking LDO System Basis Chip (SBC) System Basis Chip (SBC) DC/DC converter / SBC DC/DC converter /SBC Temperature sense Temperature sense Thermocouple/ NTC/ silicon Thermocouple/NTC/silicon Sensor interface Sensor interface LIN transceiver LIN transceiver CAN CAN CAN transceiver CANtransceiver Charging inlet controller Charging inlet controller Microcontroller Microcontroller Vehicle LED Vehicle LED LED Controllers LED Controllers LED controllers LED controllers Low side switch Low side switch Lock control Lock control Motor drivers Motor drivers High/low side switch High/low side switch Position sense Position sense

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