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Item #:
130650171
Driver Boards DC Motor Driver Board SVPWM/SPWM Control Algorithm for FOC Control Driver of SimpleFOCMini Brushless DRV8313 Driver
Item #:
130650171
BZD 33
Price Details
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*All items will import from US
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Imported from USA store
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Order now and get it around Monday, September 28
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The SimpleFOCMini DC brushless motor driver board uses the DRV8313 chip, offering reliable control for your brushless DC motors.
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What Stands Out
Advanced Control Algorithms
Incorporates SVPWM and SPWM control algorithms to enhance performance, ensuring precise motor control and improved efficiency over traditional methods.
Robust Compatibility
Designed for use with SimpleFOCMini systems, the driver board seamlessly integrates with various motor configurations, providing versatility for diverse applications.
High Efficiency
Optimized for focus on field-oriented control, this driver reduces energy consumption, contributing to longer lifespans for motors and lower operational costs for users.
Product Details
| Manufacturer | Asukohu |
| Country of Origin | This item will be imported from US |
| What is in the box | Driver Boards DC Motor... For more details, please check description/product details |
| Item Weight | 0.8 lbs (360 grams) |
| Date First Available | August 18, 2023 |
Who Should Buy?
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Robot Developers
Ideal for developers working on autonomous robots needing precise motor control using FOC algorithms for smooth movements.
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DIY Enthusiasts
Perfect for hobbyists building projects involving brushless motors, providing a reliable platform for hands-on learning and experimentation.
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Engineering Students
Beneficial for students studying electrical engineering, offering practical experience with advanced motor control techniques and algorithms.
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Small Scale Applications
Unsuitable for low-power applications due to its complexity and performance specifications geared towards more robust uses.
Product Description
Driver Boards DC Motor Driver Board SVPWM/SPWM Control Algorithm for FOC Control Driver of SimpleFOCMini Brushless DRV8313 Driver
Have any Query? Chat with us
Customer Questions & Answers
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Question:
What is the primary function of the Driver Boards DC Motor Driver Board SVPWM/SPWM?
Answer: The primary function of the Driver Boards DC Motor Driver Board using SVPWM/SPWM control is to drive brushless DC motors efficiently. This driver utilizes advanced control algorithms like Field-Oriented Control (FOC) to enhance performance and responsiveness. SVPWM (Space Vector Pulse Width Modulation) and SPWM (Sine Pulse Width Modulation) techniques allow for precise control of motor phases, reducing noise and improving torque. This makes it an ideal choice for applications in robotics, drones, and electric vehicles where accurate motor control is crucial. -
Question:
What types of motors are compatible with this driver board?
Answer: The Driver Boards DC Motor Driver Board is specifically designed for brushless DC motors. Its compatibility with motors that utilize the DRV8313 driver allows it to perform optimally in various applications. By supporting different voltage and current ratings, this board can accommodate various motor types, making it suitable for robotics, automation, and electric propulsion systems. This versatility means users can easily adapt the board to fit their specific project needs. -
Question:
How does the FOC control improve motor performance?
Answer: FOC (Field-Oriented Control) enhances motor performance by aligning the magnetic fields of the motor for optimal efficiency. This method allows for smoother acceleration, better speed regulation, and increased torque across a wider range of speeds. By utilizing FOC algorithms, the Driver Boards DC Motor Driver Board can achieve high-performance control, benefiting applications requiring precision like drones or servo motors. Users will notice improved responsiveness and reduced power consumption, leading to longer operational lifespans. -
Question:
Can I use this driver board in DIY projects?
Answer: Yes, the Driver Boards DC Motor Driver Board is a great choice for DIY projects. Its modular design and compatibility with brushless motors make it suitable for hobbyists and professionals alike. Whether you are building an electric skateboard, a robot, or a custom drone, this driver board can facilitate precise motor control. Its user-friendly interface and integration options enable a wide range of applications, allowing you to unleash your creativity in engineering projects. -
Question:
What power supply is required for this driver board?
Answer: The Driver Boards DC Motor Driver Board requires a suitable power supply that meets its operational voltage and current specifications, typically ranging from 12V to 48V. Ensuring the correct power supply is crucial for optimal performance and preventing damage to the board. Users should consult the specifications for their specific application to determine suitable power sources, which can enhance efficiency in robotics and automation projects. -
Question:
Is programming required to operate this driver board?
Answer: Yes, some level of programming may be required to fully utilize the capabilities of the Driver Boards DC Motor Driver Board. It is commonly integrated with development platforms like Arduino or Raspberry Pi, allowing users to customize control algorithms and motor parameters. This programmability lets you adjust settings based on your specific project requirements, making it an excellent choice for both novice and advanced users looking to achieve precise motor control. -
Question:
What are the dimensions and mounting options for this driver board?
Answer: The Driver Boards DC Motor Driver Board typically comes in a compact design, with dimensions that are suitable for integration into various projects. It usually features mounting holes or pads that facilitate easy attachment to enclosures or other hardware. This design consideration maximizes usability in tight spaces, whether you are working on robotics, drones, or other custom applications, ensuring you can fit it where you need it. -
Question:
What is the significance of SVPWM in motor control?
Answer: SVPWM (Space Vector Pulse Width Modulation) is highly significant in motor control because it optimizes the voltage applied to the motor phases. By using this technique, the Driver Boards DC Motor Driver Board can provide a higher overall output torque and reduced harmonic distortion, leading to more efficient motor operation. This is particularly beneficial in applications requiring high-performance, such as industrial automation, where maintaining consistent torque is critical. -
Question:
What safety features are included in this driver board?
Answer: Safety features in the Driver Boards DC Motor Driver Board typically include overcurrent protection, thermal shutdown, and voltage regulation to prevent damage during operation. These features ensure the board operates within safe parameters, reducing the risk of failure and prolonging the lifespan of both the driver and connected motors. Such safety measures are essential in applications like automotive systems or robotics, where reliability is paramount. -
Question:
Where can I buy the Driver Boards DC Motor Driver Board in Belize?
Answer: You can purchase the Driver Boards DC Motor Driver Board SVPWM/SPWM Control Algorithm for FOC Control Driver of SimpleFOCMini Brushless DRV8313 Driver from Ubuy in Belize. Ubuy offers a range of electronic components and tools, making it a reliable source for obtaining this driver board for your projects.
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BZD 33
Order now and get it around Monday, September 28
This item is not restrict in my country.(Please click on above link if this item is not restrict in your country, So our team will review and allow.)
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Features & Benefits
- Features the advanced DRV8313 chip for efficient motor control.
- Supports SPWM and SPVMW control algorithms for precision.
- Drives brushless DC motors with three independently controllable channels.
- Compact size: 25.8x21mm, perfect for tight spaces.
- Input voltage range: 8-30V with 2.5A maximum output per channel.
- Equipped with a 3.3V LDO output for added convenience.
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