RJC5412 · 智能风扇驱动芯片
风扇驱动
Datasheets & documents
Datasheets, application notes, user manuals and selection guides — each item is labelled with its type and how to get it. Public documents download directly; documents marked confidential require a separate request, and we will confirm your project details before releasing them.
Documents for this device are not published online yet
Datasheets, application notes, user manuals and selection guides can all be requested through the link below — our application engineers will respond within one working day. Public documents for released devices are being added to this page on an ongoing basis.
Request datasheet / documentsApplication areas
This device is used across the application areas below — open any of them for the full solution and recommended part numbers.
Powertrain
Covering transmission, fuel tank, engine peripherals and traction systems — chip solutions for e…
Thermal Management
Covering air conditioning, PTC heaters, valves and pumps — a one-stop chip solution for electron…
Body Electronics
Covering windows, door handles, power tailgates, sunroofs, seats, electronic wipers and charge-p…
Automotive Lighting & Smart Cockpit
Control and drive for dynamic ambient lighting, smart surfaces, interior and exterior lamps and …
Energy & Power
Current sensing and power management for PV and storage, charging infrastructure, digital power …
White Goods & Variable-frequency Motors
Inverter compressor and fan drive, phase current sensing and speed/position feedback for air con…
Other devices in this series
Automotive-grade Smart Motor Control SoC (150 °C)
MCU + LDO + Pre-Driver + LIN PHY in one chip with a 32-bit RISC-32 MCU at 48 MHz, matched to 500 W automotive water pumps and cooling fans.
Automotive-grade Smart Motor Control SoC (175 °C)
175 °C junction temperature version with 128 KB Flash with ECC, suited to 500 W automotive water and oil pumps mounted close to heat sources.
Need selection support or samples?
Our application engineers work from your system design and provide magnet selection, field simulation, motor system support and reference designs.