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The following page content corresponds to the products formerly marketed by NEC Electronics

Applications >

Motor Control Applications


Advanced motor control for energy efficiency


 

With specialized microcontroller peripherals from NEC Electronics, you can develop motor control designs that are both cost- and energy-efficient. Designers of motor control applications benefit from the integration of powerful peripherals that help to improve code efficiency, are compliant with FCC standards and can reduce total hardware cost and time to market.
Microcontrollers for motor control from NEC Electronics come with a complete starter kit, including reference code for a variety of drives – from simple trapezoidal drives to high-performance vector drives. Our complete line of motor control microcontrollers come in 8-, 16- and 32-bit versions and can execute up to 86 MIPs.


Low-cost µPD78F0712-based motor control starter kit
MC-78F0712-Kit

The MC-78F0712-Kit is a single-board, all-in-one, low-voltage motor control evaluation kit, targeted specifically at low-power motor control applications. This kit is a comprehensive and easy-to-use package that provides everything you need to quickly get started testing and running a motor.

 

While supplies last, you may order this starter kit at our promotional price.

MC-78F0712-Kit ($225.00)



Motor Control Inverter Roadmap


High-end Inverter ASSP
  • 32-bit RISC V850E™ microcontroller
  • 80 to 200 MHz clock
  • Up to 400 MIPS operation
  • Dual pipeline (V850E/ME3™)
  • DSP functions
  • 16-bit inverter timer
  • 6-ch PWM with dead time
  • Two fast sample and hold A/D converters
  • Power factor correction timer
  • Encoder timer
  • Synchronized A/D trigger with inverter timer, direct memory access (DMA) controller, power-on clear (POC) circuit, low-voltage indicator (LVI), watchdog timer, and on-chip debugger USB (V850ES/ME2™ and V850ES/ME3™)
 
Motor Control ASSP
  • 32-bit RISC V850ES/V850E™ microcontroller
  • 20 to 64 MHz clock
  • Up to 96 MIPS operation
  • DSP functions
  • 16-bit inverter timer (x2 on V850ES/IA4™ and V850E/IG3™)
  • 6-ch PWM with dead-time (x2 on V850ES/IA4 and V850E/IG3)
  • Two fast sample and hold A/D converters
  • Power factor correction timer
  • Encoder timer
  • Synchronized A/D trigger with inverter timer, direct memory access (DMA) controller, power-on clear (POC) circuit, low-voltage indicator (LVI), watchdog timer, and on-chip debugger (V850ES/IA4 and V850E/IG3)
 
Low-end Inverter
  • 8-bit/20 MHz K0 microcontroller
  • 10-bit inverter timer
  • 6-ch PWM with dead time
  • Synchronized A/D trigger with inverter timer, encoder timer, real-time output port, power-on clear (POC) circuit, low-voltage indicator (LVI), watchdog timer, and on-chip debugger