Reference Design Details

Design Hub

Search Reference Designs

Brushless DC Motor (BLDC) Control based on NXP Solution

Reference Design of a Brushless DC Motor (BLDC) Control Solution based on NXP. Motor drives precisely control speed and positioning to conserve energy and increase the lifespan of electric motors, which uses a foundation of secure edge processing, high-efficiency power management ICs, RTCs, thermal-efficient power drivers with current monitoring capability, USB and CAN transceivers, and voltage level translators.
CATEGORY
Automotive & transportation,Automation,Industrial,Power & charging
REFERENCE DESIGN
×
Share Reference Design

Design Shared Successfully!

PARTS IN DESIGN / BOM BY STORE

The displayed part lists is a small subset of the complete BOM.


MFGR PART# BLK NM
Avnet Abacus logo
If you are not a customer of Avnet , please Register Here for Design Hub to interact with the AVAIL design tool and view BOM lists.

IMPORTANT NOTICE AND DISCLAIMER: AVNET PROVIDES THESE DESIGN FILES “AS IS” AND WITH ALL FAULTS, AND DISCLAIMS ALL WARRANTIES, EXPRESS AND IMPLIED, INCLUDING WITHOUT LIMITATION ANY IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE OR NON-INFRINGEMENT OF THIRD PARTY.  SEE LEGAL NOTICES | AVNET EMEA FOR ADDITIONAL INFORMATION.

 
RELATED DESIGNS
Reference Design Block Diagram of 48V Resettable eFuse Reference Design based on Vishay Solution
48V Resettable eFuse Reference Design based on Vishay Solution
This electronic fuse (eFuse) solution has been designed to switch loads up to 200 A at 48 V, providing a new method of safely connecting and disconnecting high current loads to a battery.
View Design
Reference Design Block Diagram of 1 kW DC-DC Converter 48V to 12V Reference Design based on Vishay Solution
1 kW DC-DC Converter 48V to 12V Reference Design based on Vishay Solution
As dual board net systems increase in popularity, high power, bidirectional 48 V to 12 V DC/DC converters have become key building blocks in the architecture of today's automobiles.
View Design
Reference Design Block Diagram of Automotive Body Control Module based on ROHM Semiconductors Solution
Automotive Body Control Module based on ROHM Semiconductors Solution
Automotive Body Control Module (BCM) from ROHM Semiconductor is a module that controls various functions of the vehicles body, such as locks, lights, wipers, security and comfort elements.
View Design
Reference Design Block Diagram of Marvell Armada 88F, 7K-8K, XP Series Power Rails based on TDK uPOL Power Module Solution
Marvell Armada 88F, 7K-8K, XP Series Power Rails based on TDK uPOL Power Module Solution
Marvell Armada multi-core ARM SoCs (88F, 7K/8K, XP Series) power rails based on TDK uPOL Power Module Solution.
View Design
Reference Design Block Diagram of Zynq UltraScale+ RFSoC Gen 1-3 (Zu021-Zu029) Power Mapping based on Infineon Solution
Zynq UltraScale+ RFSoC Gen 1-3 (Zu021-Zu029) Power Mapping based on Infineon Solution
Solution for powering the Zynq UltraScale+ RFSoC Family based primarily on Infineon parts, power monitor and power sequence required.
View Design
Reference Design Block Diagram of 12V - 150W Power Supply based on STMicroelectronics Solution - Synchronous Rectification board
12V - 150W Power Supply based on STMicroelectronics Solution - Synchronous Rectification board
The EVL011A150ADP is a 12 V, 150 W power supply demonstration board for 90 Vac to 264 Vac mains.
View Design
Reference Design Block Diagram of 3 Phase Fast DC EV Charging Station based on Vishay Solutions
3 Phase Fast DC EV Charging Station based on Vishay Solutions
3 Phase Fast DC EV Charging grid infrastructure solution for industrial segment charging stations
View Design
Reference Design Block Diagram of 12V - 150W Power Supply based on STMicroelectronics Solution - Motherboard
12V - 150W Power Supply based on STMicroelectronics Solution - Motherboard
The EVL011A150ADP is a 12 V, 150 W power supply demonstration board for 90 Vac to 264 Vac mains.
View Design
Reference Design Block Diagram of 12V - 150W Power Supply based on STMicroelectronics Solution - Feedback Control
12V - 150W Power Supply based on STMicroelectronics Solution - Feedback Control
The EVL011A150ADP is a 12 V, 150 W power supply demonstration board for 90 Vac to 264 Vac mains.
View Design
Reference Design Block Diagram of MaaXBoard RT (NXP i.MX RT1176)
MaaXBoard RT (NXP i.MX RT1176)
The MaaXBoard RT is a dual-purpose SBC board based on NXP's i.MX RT1176 processor.
View Design
Reference Design Block Diagram of NavQPlus AI/ML Companion Computer EVK for Robotics, Ground Stations and Camera Heads based on NXP
NavQPlus AI/ML Companion Computer EVK for Robotics, Ground Stations and Camera Heads based on NXP
Reference designbased on NXPs Technology for a mission computer (companion computer), for use in mobile robotics using ROS2 and similar applications such as ground stations and smart cameras.
View Design
Reference Design Block Diagram of Smart Battery Management for Mobile Robotics based on NXP
Smart Battery Management for Mobile Robotics based on NXP
Reference design of the NXPs RDDRONE-BMS772 is a standalone BMS reference design suitable for mobile robotics such as drones and rovers, supporting 3 to 6 cell batteries
View Design
 
RELATED ARTICLES
IPE OFF-Board Connectors - The Backbone of Modern Manufacturing
February 9, 2024
IPE OFF-board connectors are vital for seamless communication in industrial automation, driving efficiency, safety, and innovation in modern manufacturing.
Read More
How IPE OFF-Board Products are key to the Renewables Revolution
February 9, 2024
Renewable energy's surge demands reliable IPE OFF-board products like connectors and bus bars for seamless integration and efficient power transmission.
Read More
Enabling reliable, efficient EV Charging with OFF-Board Components
February 9, 2024
To accelerate the EV transition, reliable and efficient charging infrastructure is crucial. IPE OFF-board products play a vital role in meeting this need.
Read More
How to Select Power Supplies for Medical Devices
By James Spencer   -   February 8, 2024
This article aims to assist in selecting the correct power supply for medical applications. It explains the main factors to consider in identifying the optimal power supply option and provides a brief overview.
Read More
Fibre optics - the hidden enabler of our daily lives
August 3, 2023
Fibre optic systems are well-known for their role within the telecommunications industry.
Read More
Key trends across the development of MedTech devices
June 9, 2023
The healthcare industry is facing a unique combination of challenges over the coming decades.
Read More
What are the most common fiber optics problems?
May 5, 2023
Fiber optic communication uses pulses of light to transmit data along thin strands of glass or plastic.
Read More
Why should you consider a smart monitoring system for your diesel generator?
By Philip Ling   -   March 10, 2023
The IoT is changing the way we manage and maintain essential assets. Smart sensors, cloud-based analytics and remote management are coming together to increase productivity, efficiency and reliability.
Read More
Investigating the design challenges of EV charging
March 10, 2023
As we emerged from lockdowns across the region, the shift in consumer preferences for buying an electric vehicle became very apparent.
Read More
An introduction to EV charger design: the power stages
September 19, 2022
EV chargers operate in a sometimes-harsh environment, but must be efficient and reliable with a long service lifetime. This blog picks out and discusses some components that are critical to achieving these goals.
Read More
Specifying effective components to meet the needs of industrial & building automation
March 15, 2022
The way that industrial locations are run is currently going through a step-change, with greater use of automation being a top priority for many companies. Thanks to this, production output may be boosted and efficiency levels increased.
Read More
What does miniaturisation mean for connector selection?
By Paul Jones   -   February 9, 2022
As electronic systems become smaller, they also require more component parts in increasingly space-constrained environments to meet extra expectations on functionality. Here Paul Jones explores what they means for connector selection across markets.
Read More
 
RELATED EVENTS
Murata I Selecting Power Supplies for Medical Devices


Date: July 1, 2024
Location: Online, On Demand

Kyocera AVX I Uncovering the Hidden Heroes in IoT: Crystal Oscillators, Antennas, and Supercapacitors


Date: June 14, 2024
Location: Online, On Demand

Avnet Abacus World of Electronics and Solutions - Paderborn


Date: April 29, 2025
Location: Paderborn, Germany

Panasonic Industry | Introduction to Forcibly Guided Relays and Current Applications in Industrial Automation


Date: May 13, 2024
Location: Online, On Demand

SEMCO | MLCC Key Parameters in Automotive Applications


Date: November 27, 2024
Location: Online, On Demand

Leistungsinduktivität für die Stromversorgung in Fahrerassistenzsystemen (ADAS) und Steuergeräten


Date: November 30, 2024
Location: Online, On Demand

Molex I The Automation Connectivity Toolbox: A Solutions Guide for Intelligent Industrial Systems


Date: October 31, 2023
Location: Online, On Demand

Bourns: Solutions for Smart Energies and Infrastructures


Date: October 26, 2023
Location: Online, On Demand

Yageo | Solutions for Green Energy Applications


Date: October 27, 2023
Location: Online, On Demand

Electrification and Growth Opportunity with Amphenol PCB Interconnect


Date: October 23, 2023
Location: Online, On Demand

OMRON: Applying the Right Component and Design to Achieve Efficient Distributed Energy Storage


Date: October 16, 2023
Location: Online, On Demand

Smart Energy Webinar Series


Date: October 2, 2023
Location: Online, On Demand