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An electronic component that is built into a piece of machinery or equipment to regulate the operation of a motor is known as an embedded motor controller. It is made to offer accurate and effective control over motor speed, direction, and torque, enabling the best performance and use of diverse electromechanical systems.
Robotics, industrial automation, automotive systems, and consumer electronics are just a few of the fields in which embedded motor controllers are often employed.
Some essential features of embedded motor controllers are as follows:
Embedded motor controllers provide a range of motor control operations to regulate the functioning of motors. Typically, these features include torque control, position control, direction control, and speed control. To get the desired motor behavior, the controller modifies variables including voltage, current, and frequency.
Based on a microcontroller or microprocessor: The controller’s brain, embedded motor controllers are frequently built around microcontrollers or microprocessors. These processors carry out control algorithms, keep track of motor performance, and adapt in real time in response to input from the user or sensor data.
Sensor Integration: Embedded motor controllers frequently use a variety of sensors to deliver precise motor control.
Encoders for position feedback, Hall effect sensors for rotor position detection, temperature sensors for thermal monitoring, and current sensors for motor current monitoring are a few examples of the sensors that may be used. The controller uses sensor data to make accurate control decisions.
The Global Embedded Motor Controller Market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
HVC 4420F: It is made to power tiny brushless, stepper, or brush-type motors. It provides diagnostics capacity that has recently been established in the field of smart actuators, which fulfills the most recent demands of the automobile sector.
The HVC 4420F is the solution for the OEMs’ growing functional and diagnostic demands. OEMs now employ their own diagnostic concepts and methods.
This contains the plan for fusing sensor data, the state of the actuators, and the actions that follow. Software procedures that activate the underlying hardware diagnostic capabilities must be activated in order to guarantee the essential data analysis, while adhering to the OEMs’ framework to assure correct integration.
The HVC 4420F offers the storage capacity and built-in diagnostic feature set due to its bigger memory and processing power to carry out these novel activities in the context of smart actuators.
The Microns high-voltage controller family (HVC) for smart actuators includes the HVC 4420F. The HVC series enables exceptionally small and economical system designs for use in automotive applications and beyond by combining an ARM standard microcontroller core with a wide range of extra capabilities.
HVC 5221D and HVC 5222C: The initial members of the new HVC 5x family of programmable system-on-chip (SOC) motor controllers for operating tiny stepper, brushed (BDC), and brushless (BLDC) motors in automotive and industrial applications make up Microns’ range of embedded motor controllers.
The popular HVC 4x devices were designed to be a one IC fits all motor-control solution for stepper, BLDC, and BDC motors.
The new HVC 5x series is an application-specific refinement of these devices. The new HVC 5221D and HVC 5222C concentrate on certain motor types to allow more affordable and compact applications.
TDK is providing an ever-expanding range of motor-control solutions for smart actuators with an emphasis on thermal systems in electric and hybrid cars with the HVC 4x and the first two devices of the HVC 5x series. The HVC 5221D focuses on stepper and DC motors in expansion and water valves and has four motor connections.
