The customer wants to accomplish these functions in the areas of Measurement, Calculation and Control
The industries where Microchip’s current microcontrollers and those listed on the roadmap can play are listed above.
Motor types with 1 or 2 phases can be controlled using existing MCU’s, these would be any parts with 1 or 2 channels of PWM and ADC on board. Motor types with 3 or 4 phases will need one of the parts listed on the motor control roadmap, depending on the application and customer’s need.
Motor control can be basically divided into open loop and closed loop applications. For open loop, Microchip MCU’s currently available and on the roadmap will meet the requirements. For closed loop and sensorless applications, the higher end MCU’s (those with high-speed ADC) and dsPIC products will meet the requirements.
The industries where Microchip’s current microcontrollers and those listed on the roadmap can play are listed above.
Motor types with 1 or 2 phases can be controlled using existing MCU’s, sometimes with external logic. These would be any parts with 1 or 2 channels of PWM and ADC on board. Motor types with 3 or 4 phases will need one of the parts listed on the motor control roadmap, depending on the application and customer’s need.
Motor control can be basically divided into open loop and closed loop applications. For open loop, Microchip MCU’s currently available and on the roadmap will meet the requirements. For closed loop and sensorless applications, the higher end MCU’s (those with high-speed ADC) and dsPIC products will meet the requirements.
The industries where Microchip’s current microcontrollers and those listed on the roadmap can play are listed above.
Motor types with 1 or 2 phases can be controlled using existing MCU’s, these would be any parts with 1 or 2 channels of PWM and ADC on board. Motor types with 3 or 4 phases will need one of the parts listed on the motor control roadmap, depending on the application and customer’s need.
Motor control can be basically divided into open loop and closed loop applications. For open loop, Microchip MCU’s currently available and on the roadmap will meet the requirements. For closed loop and sensorless applications, the higher end MCU’s (those with high-speed ADC) and dsPIC products will meet the requirements.
The industries where Microchip’s current microcontrollers and those listed on the roadmap can play are listed above.
Motor types with 1 or 2 phases can be controlled using existing MCU’s, these would be any parts with 1 or 2 channels of PWM and ADC on board. Motor types with 3 or 4 phases will need one of the parts listed on the motor control roadmap, depending on the application and customer’s need.
Motor control can be basically divided into open loop and closed loop applications. For open loop, Microchip MCU’s currently available and on the roadmap will meet the requirements. For closed loop and sensorless applications, the higher end MCU’s (those with high-speed ADC) and dsPIC products will meet the requirements.
The industries where Microchip’s current microcontrollers and those listed on the roadmap can play are listed above.
Motor types with 1 or 2 phases can be controlled using existing MCU’s, these would be any parts with 1 or 2 channels of PWM and ADC on board. Motor types with 3 or 4 phases will need one of the parts listed on the motor control roadmap, depending on the application and customer’s need.
Motor control can be basically divided into open loop and closed loop applications. For open loop, Microchip MCU’s currently available and on the roadmap will meet the requirements. For closed loop and sensorless applications, the higher end MCU’s (those with high-speed ADC) and dsPIC products will meet the requirements.