FOC based Motor Controller
Budget: ₹75,000 – ₹150,000 INR
FOC based Motor Controller
Voltage Range: 48-350V
- The motor controller needs to be able to handle a voltage range of 48-350V with isolated and non isolated varient.
Maximum Current Rating: Up to 500Amps
- The motor controller should have a maximum current rating of up to 500Amps able to opereate with 2/3 hall current sensor.
Control Interface: Analog, Digital, and CAN control
- The motor controller should support analog, digital, and CAN control interfaces.
-Need a GUI to set all motor and controller parameters.
Ideal Skills and Experience:
- Experience in designing and developing FOC-based motor controllers
- Strong knowledge of power electronics and motor control systems
- Proficiency in analog and digital control interfaces
- Familiarity with CAN communication protocols
- Ability to handle high voltage and current requirements
We are looking for a skilled freelancer who can design and develop a FOC based Motor Controller capable of working within a voltage range of 48-350V. The controller should have a maximum current rating of up to 500Amps. It should support analog, digital, and CAN control interfaces. The ideal candidate should have experience in designing motor controllers, strong knowledge of power electronics and motor control systems, and proficiency in analog and digital control interfaces. Familiarity with CAN communication protocols and the ability to handle high voltage and current requirements is also a must.
Project should be based on either TI or Infineon MCU with ISO26262 compliant hardware and software design.
Should work with Hall, Resolver, Angle, Encoder interfaces for Motor connections
Voltage Range: 48-350V
- The motor controller needs to be able to handle a voltage range of 48-350V with isolated and non isolated varient.
Maximum Current Rating: Up to 500Amps
- The motor controller should have a maximum current rating of up to 500Amps able to opereate with 2/3 hall current sensor.
Control Interface: Analog, Digital, and CAN control
- The motor controller should support analog, digital, and CAN control interfaces.
-Need a GUI to set all motor and controller parameters.
Ideal Skills and Experience:
- Experience in designing and developing FOC-based motor controllers
- Strong knowledge of power electronics and motor control systems
- Proficiency in analog and digital control interfaces
- Familiarity with CAN communication protocols
- Ability to handle high voltage and current requirements
We are looking for a skilled freelancer who can design and develop a FOC based Motor Controller capable of working within a voltage range of 48-350V. The controller should have a maximum current rating of up to 500Amps. It should support analog, digital, and CAN control interfaces. The ideal candidate should have experience in designing motor controllers, strong knowledge of power electronics and motor control systems, and proficiency in analog and digital control interfaces. Familiarity with CAN communication protocols and the ability to handle high voltage and current requirements is also a must.
Project should be based on either TI or Infineon MCU with ISO26262 compliant hardware and software design.
Should work with Hall, Resolver, Angle, Encoder interfaces for Motor connections