Hengshun Power
Application Engineering
Explore power design priorities for vehicle electronics and industrial systems. Select Automotive, ECU, BMS, ADAS, infotainment, zone-controller/PDU or industrial power to understand supply states, rail dependencies and fault-response questions, with links to relevant technical solutions.
Automotive
A starting point for vehicle-module power architecture: define battery-supply conditions, wake/sleep states, conversion needs and fault recovery. Follow the linked solutions for conversion, front-end protection and load distribution.
Explore 02 /ECU Power
Power-tree guidance for electronic control units (ECUs), including microcontroller, communication and sensor rails. Define sequencing, reset/supervision dependencies and standby behavior before selecting converters or a PMIC.
Explore 03 /BMS Power
Auxiliary-power architecture guidance for battery management systems (BMS). Map monitoring and control supplies, voltage domains and isolation boundaries, while keeping auxiliary power distinct from battery-level protection responsibilities.
Explore 04 /ADAS Power
Power-architecture guidance for advanced driver-assistance systems (ADAS), including compute, camera and sensing loads. Review rail dependencies, startup, sensitive analog paths, supervision and permitted recovery after a rail fault.
Explore 05 /Infotainment Power
Power-tree guidance for vehicle infotainment processors, displays, audio and peripheral interfaces. Review mixed-load needs, power sequencing, load changes, thermal paths and vehicle sleep-current priorities together.
Explore 06 /Zone Controller / PDU
Power-conversion and channel-control guidance for zone controllers and power distribution units (PDUs). Define load types, inrush, turn-off behavior, diagnostics, channel reset and shared thermal constraints.
Explore 07 /Industrial Power
Local conversion and protection guidance for industrial equipment supplied from a distribution bus. Define wiring/supply variation, environmental constraints, load profiles and surge/overload/brownout response before choosing the power tree.
ExploreStart with the requirement
Discuss your power architecture or design question.
Describe the application, input range, output rails and the issue you need to resolve. Project scope and deliverables are agreed separately.