The global DSP motor control market is expected to grow at a significant CAGR during the forecast period. It is defined as a control system integrated with the motor to elevate the performance by inducing a high speed and efficient power supply throughout the circuits. The term DSP stands for Digital Signal Processor that features improved algorithms, better control over a motor, robust performance and controllability of the motors. The DSP Motor Controller is widely accepted over analog or existing processors to overcome restraints and encourage equipment performance installed in motors.
The factors attributed to the performance of motors include robustness, reliability, economically acceptability and higher efficiency. The integration of DSP over an analogue processor to avoid friction of components and elevated temperature conditions that subjected to restrict the ageing and encourage the performance of the motor. This supports drive the adoption of DSP motor control. The applications featured by DSP include high-speed performance, motor control components adjustment, sensor-less technique and higher resolution ability to integrate precise and efficient control over a motor. These applications featured by the DSP motor controller offers superior output and result in the reduction of electromagnetic radiation. These all factors are contributing to the growth of the global DSP motor control market.
Market Coverage
o By Product Type
o By Application
Key questions addressed by the report
o Recovery Timeline
o Deviation from pre-COVID forecast
o Most affected region and segment
Global DSP Motor Control Market Report Segment
By Product Type
o Fixed Point
o Floating Point
By Application
o Brushed DC Motors
o Brushless DC Motors
o AC Induction Motors
o Others
Global DSP Motor Control Market Report Segment by Region
North America
Europe
Asia-Pacific
Rest of the World