Motorsteuerung für batteriebetriebene Anwendungen
Bei batteriebetriebenen Anwendungen – wie kleinen Leichtkraftfahrzeugen (z. B. Pedelecs und E-Bikes) oder einer Vielzahl von kabellosen Elektrowerkzeugen – ist das Sparen von Batterieleistung von zentraler Bedeutung. Infineon bietet eine hervorragende Auswahl an Bauteilen für das Power Management, den Stromverbrauch und die Spannungsregulierung. Dazu gehören Bauteile wie CoolMOS™-Power-MOSFETs, XMC™-Mikrocontroller, EiceDRIVER™-Gatetreiber und n-Kanal-OptiMOS™-Bauteile. Alle mit der höchst möglichen Energieeffizienz und bester Präzision.
Beispielanwendung für batteriebetriebene Anwendungen
Verwandter Link
- Get to know the target applications of BLDC motors
- Know the BLDC advantages over brushed and induction mototrs
- Understand the BLDC motor structure & operating principles (3-phase motor)
- Get an overview of the BLDC block diagram and the critical design parameters
- click here
By taking this course you will learn about…
- the motor control and drive functional blocks
- Infineon offerings for these blocks
- the benefits of choosing Infineon solutions
In this webinar, Yannick Maurice, Sr. Product Marketing Manager at Infineon Technologies, introduces MOTIX™ 6EDL7141 for BLDC and PMS motors.
By watching this eLearning you will:
- Recognize the functional block diagram of a typical motor drive system and identify hardware details
- Be able to analyze different parameters to select the most appropriate products for your application
Key takeaways:
- Get to know the features and benefits of Infineon’s MOTIX™ IMD700A smart motor drive module.
- Learn about the architecture, field-oriented control, power supply and much more.
Key takeaways:
- Get to know the features and benefits of this innovative Infineon MOTIX™ 6EDL7141 gate driver
- Learn about the architecture, configurable PMW modes, p0ower supply, and many more.
Key takeaways:
- Learn how to choose MOSFETs for Brushless DC motor drive applications
- Know about the gate driver parameters of the MOTIX™ 6EDL7141 and MOTIX™ IMD700A
- Be able to calculate the system parameters for a given MOSFET
By taking this course you will learn about Battery-powered BLDC motor drive inverter design essentials such as:
- Critical design parameters for battery powered BLDC motor drives
- How critical MOSFET parameters affect power stage performance
- Critical board layout techniques for power stage optimization
- How to select a suitable gate driver
- Which heatsinks suit which applications
