Akku-Werkzeuge
Zuverlässigkeit und Sicherheit für den Endverbraucher
In nahezu jedem deutschen Haushalt finden sich Werkzeuge für Heim- und Handwerker, mit denen alltägliche Aufgaben erledigt oder kreative Projekte verwirklicht werden. Die Verbraucher wünschen sich robuste, zuverlässige und leichte Werkzeuge. Ihre wichtigsten Kriterien beim Kauf sind ein günstiger Preis und eine lange Akkulebensdauer. Akku-Werkzeuge müssen zudem Diagnose- und Sicherheitsfunktionen aufweisen, um den Qualitätsansprüchen der Verbraucher zu genügen.
Die große Produktpalette von Infineon bietet maßgeschneiderte innovative Lösungen für sämtliche Anwendungen in Werkzeugen für Heim- und Handwerker. Wir unterstützen Sie dabei, den Bedarf Ihrer Kunden zu decken und Ihre Gesamtkosten zu senken. Unsere Referenzdesigns für Wireless Charging bieten hohe Leistung und lassen sich mit unserer Entwicklungsplattform DAVE™ einfach anpassen. Stellen Sie Ihre Stückliste zusammen und übertreffen Sie die Erwartungen Ihrer Kunden durch den Einsatz von Infineon Komponenten beim Design Ihrer Akku-Werkzeuge.
Systemdiagramm für Akku-Werkzeuge
eLearnings
In this training, you will learn how to get the best out of cordless battery-powered tools and provide an end solution that keeps you ahead of the market trends.
In this training, you´ll find an overview about Outdoor Power Equipment (OPE). By the end of it, you'll get to know the evolving market trends, the design challenges, and the Infineon offer helping the industry to pivot towards greener and safer technology.
In this training, you will gain more insight on the benefits of replacing an old barrel power connector with USB-C and how to do it.
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
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.
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
After watching this eLearning you will be able to:
- Highlight the fact that a lot off ATV SC sensors could be used in Power Tools.
- Explain the benefit of using sensors for motor commutation within Power Tool.
- Learn how to get an optimized thermal management for outdoor power equipment (OPE)
- Understand how Infineon tackles design challenges regarding outdoor power equipment
- Get to know a practical demonstration based on the latest Infineon parts
Webinar
Environmentally conscious companies and governments no longer want to use combustion engines in power tools and support the change to electrical ones. Infineon tackles the resulting design challenges with a semiconductor system offering for related applications. We show you what needs to be considered in designs to enable this transition.
Everything out of one hand - from chargers to motor control. In this webinar, you will be introduced to the IMD70xA, Infineon's latest fully integrated XMC1404 microcontroller and configurable 3-phase gate driver 6EDL7141 in one package designed to increase power density and efficiency of battery-operated motor products.
In this webinar, Yannick Maurice, Sr. Product Marketing Manager at Infineon Technologies, introduces MOTIX™ 6EDL7141 for BLDC and PMS motors.
After this course you will understand the architecture of the high side gate driver 1EDL8011, know its features, understand its benefits in applications such as power tools, gardening tools, electric bikes, vacuum cleaners, robots and rotorcraft. This training shows you how to facilitate the application design with the 1EDL8011 such as start-up timing and OCP delay which are key design parameters.
