Reference design for 150W Coolant pump
The reference design for 150W coolant pump applications is capable to drive 12V BLDC motors with a nominal power of 150W. It is a reference for EMC, component optimization and thermally optimized PCB design. It offers easy start for prototyping due to various connectors. The reference design is equipped with Infineon MOSFETs and MOTIX™ MCU with CAN-FD.
TLE9893-2QKW62S: This device is a part of the MOTIX™ MCU | 32-bit motor control SoC family and it is a fully integrated 3-phase BLDC motor driver, System-on-Chip (SoC) solution. It integrates an industry standard Arm® Cortex®-M3 core, enabling the implementation of advanced motor control algorithms. Integrated CAN-FD transceiver in the device facilitates faster and smoother communication along with a number of general-purpose I/Os.
IAUCN04S7N019D: The new Dual MOSFET in OptiMOS™ 7 technology (5mm x 7mm) is the innovative and cost-efficient package solution for motor drive & body applications. Using the Dual SSO8 MOSFET, the PCB area is sizably reduced. The portfolio provides a wide RDS(ON) range from 1.8 mΩ to 5.6 mΩ.
Our 150W coolant pump reference design facilitates your design process with reduced effort to build and time-to-market.
Summary of Features
Up to 150 W power capability for 12V automotive coolant pump applications
Optimized BOM and PCB size (ø60mm)
Optimized thermal behavior
SWD and tracebox port for debug connection
External sensor, CAN, MON connectors
High-temperature FR4 PCB with 1oz, 4-layer Copper
Single-side component mounting
Benefits
Reduced time to market The reference design provides recommendation for parts and layout gives optimization hints
Minimal BOM and reduced PCB size Due to the highly integrated MOTIX™ MCU device and OptiMOS™-7 40 V MOSFET in Dual SSO8 package, providing an ultra-small footprint, the reference design offers minimal BOM and reduced PCB size.
State of the art components The reference design is equipped with the best-in-class components with trusted Infineon quality sustaining product longevity.
Scalability of the device Scalability of the MOTIX™ MCU device enables customer to scale the platform from 100 to 1000 W.
Reference design for 150W Coolant pump
- The reference design for 150W coolant pump applications is capable to drive 12V BLDC motors with a nominal power of 150W. It is a reference for EMC, component optimization and thermally optimized PCB design. It offers easy start for prototyping due to various connectors. The reference design is equipped with Infineon MOSFETs and MOTIX™ MCU with CAN-FD.
- TLE9893-2QKW62S: This device is a part of the MOTIX™ MCU | 32-bit motor control SoC family and it is a fully integrated 3-phase BLDC motor driver, System-on-Chip (SoC) solution. It integrates an industry standard Arm® Cortex®-M3 core, enabling the implementation of advanced motor control algorithms. Integrated CAN-FD transceiver in the device facilitates faster and smoother communication along with a number of general-purpose I/Os.
- IAUCN04S7N019D: The new Dual MOSFET in OptiMOS™ 7 technology (5mm x 7mm) is the innovative and cost-efficient package solution for motor drive & body applications. Using the Dual SSO8 MOSFET, the PCB area is sizably reduced. The portfolio provides a wide RDS(ON) range from 1.8 mΩ to 5.6 mΩ.
- Our 150W coolant pump reference design facilitates your design process with reduced effort to build and time-to-market.
Summary of Features
- Up to 150 W power capability for 12V automotive coolant pump applications
- Optimized BOM and PCB size (ø60mm)
- Optimized thermal behavior
- SWD and tracebox port for debug connection
- External sensor, CAN, MON connectors
- High-temperature FR4 PCB with 1oz, 4-layer Copper
- Single-side component mounting
Benefits
- Reduced time to market
The reference design provides recommendation for parts and layout gives optimization hints
- Minimal BOM and reduced PCB size
Due to the highly integrated MOTIX™ MCU device and OptiMOS™-7 40 V MOSFET in Dual SSO8 package, providing an ultra-small footprint, the reference design offers minimal BOM and reduced PCB size.
- State of the art components
The reference design is equipped with the best-in-class components with trusted Infineon quality sustaining product longevity.
- Scalability of the device
Scalability of the MOTIX™ MCU device enables customer to scale the platform from 100 to 1000 W.
