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Driving High-Power BLDC Motors with Novosense NSUC1602 Motor Control IC

Futuristic car blueprint on circuit board background with "NSUC1602 Motor Driver" text. Features include power and control specs.

Introduction – Addressing High-Power Motor Control Challenges

Designing motor control for modern vehicles and demanding industrial applications increasingly requires higher current drive, flexible integration, and robust protection. Engineers developing xEV thermal management systems or advanced BLDC motor applications face strict performance and reliability demands.


The Novosense NSUC1602 motor control IC delivers an ideal solution. Supporting up to 1500W drive power, AEC-Q100 Grade 0 qualification, and flexible architecture, it enables the next generation of smart, efficient motor-driven actuators.


Watch our short video overview:


Features of Novosense NSUC1602 Motor Control IC

The NSUC1602 builds on Novosense’s automotive experience with features designed for high-power and automotive BLDC motor applications:


  • Up to 1500W motor drive support, optimised for external MOSFET stages

  • 3x half-bridge pre-drivers, expanding control range from 20W to 1500W

  • Advanced control algorithms, including:

    • Field Oriented Control (FOC), sensored and sensorless vector control

    • Efficient BLDC/BDC motor control

  • Integrated ARM Cortex-M3 core, enabling sophisticated motor algorithms

  • Built-in diagnostics and protections, supporting robust automotive reliability

  • Power management optimised for 12V automotive battery operation

    • LIN port ±40V reverse voltage protection

    • BVDD pin with -0.3V to 40V tolerance

  • AEC-Q100 Grade 0 qualified

    • Stable operation up to 175°C junction temperature


Detailed Specifications for NSUC1602

Diagram of an ARM Cortex-M3 microcontroller. Shows connections between components like ADC, PWM, and UART. Blue boxes with labeled functions.

Feature

Specification

Benefit

Motor drive capability

Up to 1500W

High-current BLDC/BDC support

Processor

ARM Cortex-M3

Enables advanced motor algorithms

Control algorithms

FOC sensored/sensorless, vector control

Precise, efficient motor operation

Pre-driver stages

3x half-bridge

Flexible external MOSFET drive

Qualification

AEC-Q100 Grade 0

Full automotive-grade reliability

Max junction temperature

175°C

Suitable for demanding xEV applications

Power supply compatibility

12V battery with integrated protections

Simplifies system design

Protection features

Full diagnostics and protection suite

Safe, reliable operation

Application areas

xEV thermal management, automotive motors

Broad application flexibility

Industry Applications and Use Cases

The NSUC1602 offers versatile applicability across xEV thermal management and high-power automotive actuator control:

Cutaway of a black car shows thermal management for components, passenger cabin, drive assembly, and battery, with labeled features.

xEV Thermal Management

  • Electric water pumps

  • Oil pumps

  • Electronic cooling fans

  • HVAC control modules

  • Electric compressors


Automotive Actuators

  • Seat adjustment motors

  • Sunroof control

  • Tailgate control

  • Air conditioning blowers


Industrial & Consumer

  • High-power BLDC and BDC motor applications requiring robust automotive-grade performance


Next steps

The Novosense NSUC1602 motor control IC provides a powerful, flexible solution for modern motor control challenges. Supporting up to 1500W motor drive, with integrated ARM Cortex-M3, advanced FOC control, and full AEC-Q100 Grade 0 qualification, it is the ideal choice for:

  • Automotive xEV thermal management systems

  • Smart actuator design

  • BLDC/BDC applications demanding efficiency and high reliability


Contact Ineltek to discuss design options and request samples of the Novosense NSUC1602 for your next project.

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