Design HB2 EBV

Reference Design Details

Design Hub

Search Reference Designs
Sub Navigation
Web Content Viewer

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. Suitable for other applications, such as portable medical devices, high energy power tools and personal mobility (wheelchairs / scooters), all of which benefit from from high-quality battery control.
CATEGORY
Industrial,Analog,Power & charging
REFERENCE DESIGN
×
Share Reference Design

Design Shared Successfully!


Would you like this design to be modifiable in the future?



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.

×
Modify Design

We will notify the design team. Visit the "My Designs" tab for updates when the design is available to modify. Thank you.

av-dh-disclaimer-ebv

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.

DH Related Designs Menu
 
RELATED DESIGNS
null
DH_EBV_104288
This Renesas solution shows a complete high-end (400V/2kW) synchronous motor, powered from single phase or 3-phase mains power, with power factor correction (PFC).
View Design
null
DH_EBV_104315
This Renesas design outputs AC through an inverter circuit and charges the battery in normal operation. Then in case of a power outage, it uses the battery to make the AC power through the inverter.
View Design
Reference Design Block Diagram of PSoC 4 M-Series Prototyping Kit based on Infineon Solution
PSoC 4 M-Series Prototyping Kit based on Infineon Solution
The PSoC 4 M-Series Prototyping Kit offers an open footprint breakout board to maximize the endutility of the PSoC 4200M device.
View Design
Reference Design Block Diagram of PSoC 4100S Plus Prototyping Kit based on Infineon Solution
PSoC 4100S Plus Prototyping Kit based on Infineon Solution
The PSoC(TM) 4100S Plus Prototyping Kit enables you to evaluate the PSoC(TM) 4100S Plus device and develop with Infineon's fourth-generation, low-power CAPSENSE(TM) solution using.
View Design
Reference Design Block Diagram of CY3689 EZ-USB FX2LP Discovery Kit based on Infineon Solution
CY3689 EZ-USB FX2LP Discovery Kit based on Infineon Solution
EZ-USB(TM) FX2LP and EZ-USB(TM) FX2G2 are the industry as de facto USB peripheral controllers, adding USB connectivity of up to 480 Mbps to any system.
View Design
Reference Design Block Diagram of Single Phase Motor Drive for Efficient Speed and Torque Control based on onsemi Solution
Single Phase Motor Drive for Efficient Speed and Torque Control based on onsemi Solution
A single-phase motor drive is driven from a single-phase AC input. It is used to control the motor as speed and torque, ensuring efficient operation.
View Design
Reference Design Block Diagram of PSoC 5LP Prototyping Kit with Onboard Programmmer and Debugger based on Infineon Solution
PSoC 5LP Prototyping Kit with Onboard Programmmer and Debugger based on Infineon Solution
A low-cost platform for prototyping products with the ARM Cortex-M3-based PSoC (TM) 5LP, with a unique snap-away Programmer and Debugger on the USB connector.
View Design
Reference Design Block Diagram of PSoC 5LP Development Kit based on Infineon Solution
PSoC 5LP Development Kit based on Infineon Solution
The CY8CKIT-050 PSoC 5LP Development Kit enables you to evaluate, develop and prototype high precision analog, low-power and low-voltage applications.
View Design
Reference Design Block Diagram of PSoC 6 BLE Prototyping Kit based on Infineon Solution
PSoC 6 BLE Prototyping Kit based on Infineon Solution
The PSoC(TM) 6 BLE Prototyping Kit (CY8CPROTO-063-BLE) is a low-cost hardware platform that enables design and debug of?PSoC(TM) 6 MCUs.
View Design
Reference Design Block Diagram of PSoC MiniProg4 Program and Debug Kit based on Infineon Solution
PSoC MiniProg4 Program and Debug Kit based on Infineon Solution
The MiniProg4 Program and Debug Kit (CY8CKIT-005-A) is an all-in-one development programmer and debugger for PSoC(TM) 4, PSoC(TM) 5LP, and PSoC(TM) 6 MCU devices.
View Design
null
DC EV Charger for Flexible and Reliable Power based on onsemi Solution
This is a common two-level EV charging circuit, consisting of a three-phase half-bridge stage and the second DAB (Dual Active Bridge) stage.
View Design
Reference Design Block Diagram of 1ED3491MU12M Gate Driver Evaluation Board based on Infineon Solution
1ED3491MU12M Gate Driver Evaluation Board based on Infineon Solution
Evaluation board for 1ED3491Mx12M - 2300 V, 9 A, single-channel flexible isolated gate driver with active Miller clamp, adjustable DESAT and Soft-off.
View Design
DH Related Articles Menu
 
RELATED ARTICLES
Industrial communication via SPE technology
By Karl Lehnhoff   -   January 25, 2023
Wholesale adoption of Industry 4.0 is now a major goal for manufacturing sites around the globe, bringing a multitude of different benefits.
Read More
Powering building alarm systems and driving LEDs
By Bernard Vincens   -   October 3, 2022
This article investigates the technical considerations for powering building alarm control systems, sensors, and indicator panels, emphasising power conversion efficiency and achieving a low power consumption profile.
Read More
An introduction to EV charger design: the power stages
September 19, 2022
Semiconductors are key to efficiency, low cost, small size and ultimately commercial success of electric vehicle DC chargers. In this blog we consider some of the trends, options and their tradeoffs.
Read More
An engineers' guide to watchdog supervisors and wired communication interfaces in building control HMIs
By Bernard Vincens   -   September 14, 2022
This article investigates some of the causes of unpredictable system behaviour and highlights components that can prevent it from happening.
Read More
How Learning Robots are Adapting to Their Tasks and Environment
August 2, 2022
While robots required complicated programming by experts in the past, the systems will be able to teach themselves how to carry out their tasks in the future. This will allow robots to adapt autonomously to changing surrounding circumstances
Read More
From Predictive Maintenance to Collaborative Robots
August 1, 2022
AI and machine learning are exploiting opportunities in connection with Industry 4.0 in particular because enabling a production operation to organize itself autonomously and respond flexibly takes huge volumes of data.
Read More
Smart Cameras Keep Everything Squarely in Their Sights
July 29, 2022
Smart cameras can process imagery autonomously before initiating responses of their own accord. In industrial applications, they are used for quality control or to control plants and systems.
Read More
Investigating the technical considerations for analog components used in motion control drives
By Milan Ivkovic   -   May 19, 2022
This article explores the importance of the motor drive power supply, current sensing of the drive circuits, and using ultrasound for condition-based monitoring.
Read More
Choosing analog sensor and power management parts for factory automation smart sensor nodes
By Milan Ivkovic   -   May 4, 2022
Read about fundamental technical considerations when selecting analog sensor and power management components used for factory automation applications.
Read More
Achieving precision analog to digital conversion in test and measurement applications
By Milan Ivkovic   -   April 8, 2022
Instrumentation systems take the raw sensor data, amplify it, condition the signals to remove unwanted artefacts, and then analog to digital converters process the data ready for digital control systems.
Read More
Analog and power management considerations for low power asset tracker design
By Milan Ivkovic   -   April 8, 2022
Compact, robust, battery-powered wireless asset trackers are regularly attached to shipping containers and pallets to keep customers and suppliers informed of delivery progress.
Read More
The undeniable advantages of SiC technology over Si
By Milan Ivkovic   -   April 23, 2021
Silicon carbide (SiC) technology has reached the tipping point, the state when undeniable advantages push a technology into rapid adoption.
Read More
Smart Battery Management for Mobile Robotics based on NXP
 
RELATED EVENTS
Infineon I Exploring Edge AI Use Cases leveraging the Infineon PSOC™ 6 AI Evaluation Kit


Date: April 8, 2025
Location: Online Webinar, EMEA

EBV & Infineon @ Hardware Pioneers Max 2025


Date: June 23, 2025
Location: London, UK

EBV @ PCIM 2025


Date: May 6, 2025
Location: Nuremberg, Germany

The Digital Future of UV-C Solutions – LEDs and Sensors for UV-C Treatment


Date: April 10, 2025
Location: Online Webinar, EMEA

EBV & Renesas Workshop - Renesas MCU overview, RL78 Lab & Hands-On, GreenPAK and ForgeFPGA Low-density FPGAs


Date: March 26, 2025
Location: Online, On Demand

EBV & Renesas Technology Day - RA8D1 Arm Cortex M85 Display Solution, ForgeFPGA, GreenPAK and Power


Date: April 9, 2025
Location: Brno, Poland

EBV & Infineon I Effortless Motor Control: Leveraging the Strengths of PSOC™ Control C3 MCU and ModusToolbox™ Motor Suite Software


Date: March 25, 2025
Location: Online, On Demand

EBV & Renesas I Embedded Solutions & Wireless Workshops Series


Date: April 3, 2025
Location: Bordeaux & Montpellier, France

NXP Workshop Series - Consumer & Industrial IoT @ Lyon & Paris


Date: April 10, 2025
Location: Lyon & Paris, France

Everything you always wanted to know about Image Sensors


Date: March 18, 2025
Location: Online, On Demand

EBV & Renesas @ D&E Fair 2025


Date: April 15, 2025
Location: 's-Hertogenbosch, Netherlands

Renesas RA Series 32-bit MCUs with Arm Cortex-M Core - Delivering the Promise of a Secure, Connected and Intelligent IoT


Date: March 4, 2025
Location: Online, On Demand