Skip to main content
Renesas Electronics Corporation - June is Pride Month, a month to raise awareness of the rights and the culture of the LGBTQ+ community

Description

The RL78/G14 Motor Control Demonstration Kit (YRMCKITRL78G14) for brushless AC motor control uses sinusoidal field oriented control and sensorless three-shunt current measurement.

Features

  • Brushless AC motor (e.g. permanent magnet AC)
  • Sinusoidal field oriented control
  • Sensorless three shunts
  • MCU: RL78/G14 (16-bit, 41DMIPS)
  • On-board inverter power stage: MOSFETs RJK0654 (LFPAK, 30A/60V, Rth = 2.27°C/W,L = 1.1nH, RDSON = 6.5mOhm)
  • 13KB Flash for motor control algorithm including parameter storage and GUI interface functions
  • 2KB RAM used
  • Available CPU time: 30% [86μs used for FOC algorithm calculations]
  • Switching frequency: Up to 24KHz
  • Sampling frequency: Up to 8KHz
  • Communication:
    • USB connection: RL78.G14 GUI, Isolated programming and IAR debugging interfaces
    • Direct Connection: RL78/G14 E1 interface for additional debug & development
    • Windows 7 64-bit version supported

Applications

Type Title Date
Guide PDF 5.04 MB
PCB Design Files ZIP 1.91 MB
Presentation PDF 1.74 MB
Quick Start Guide PDF 504 KB
Schematic PDF 49 KB
5 items

Software & Tools

Software Downloads

Type Title Date
Software & Tools - Other ZIP 4.68 MB
Software & Tools - Other ZIP 249 KB
2 items
Part NumberStatusStockSampleablePb (Lead) FreeECCN (US)HTS (US)RoHS CompliantChina RoHS Compliant
YRMCKITRL78G14ObsoleteOut of StockN/ANo3A991.a.28471.50.0150NoNo
Support Communities

Support Communities

Get quick technical support online from Renesas Engineering Community technical staff.
Browse Articles

Knowledge Base

Browse our knowledge base for helpful articles, FAQs, and other useful resources.
Submit a Ticket

Submit a Ticket

Need to ask a technical question or share confidential information?
Icon showing CD-ROM illustration, indicating compact disc storage.

ROM Ordering

Embed your custom code into Renesas masked MCUs during manufacturing for tailored device functionality.