Verwenden des Herdes (Fortsetzung)

DE

Vorgeschlagene Einstellungen zum Kochen bestimmter Lebensmittel

 

Die Zahlen in der nachfolgenden Tabelle dienen nur als Hinweis.. Die für verschiedene Kochmethoden erforderlichen Wärmestufen hängen von einer Reihe verschiedener Variablen wie u. a.. der Qualität des Kochgeräts sowie vom Typ und der Menge der gekochten Lebensmittel ab..

Schalterstellung

Kochmethode

Beispiele

 

Wärmen

Erwärmen großer Flüssigkeitsmengen, Nudeln kochen,

9

Anbraten

Fleisch braten (Gulasch anbraten, Fleisch schmoren)

 

Braten

 

8

Intensiv

Steak, Schnitzel, Rösti, Würstchen, Eierkuchen /

 

Braten

Kartoffelpuffer

7

 

6

Braten

Geschnetzeltes / Gyros, Leber, Fisch, Klopse,

Spiegeleier

 

 

5

Kochen

Kochen von bis zu 1,5 l Flüssigkeit, Kartoffeln, Gemüse

 

 

4

 

 

 

3

Dünsten

Dünsten und Dämpfen kleiner Mengen an Gemüse,

 

Dämpfen

Kochen von Reis und Milchgerichte

2

Kochen

 

 

 

1

Schmelzen

Zerlassen von Butter, Auflösen von Gelatine und

Schmelzen von Schokolade

 

 

Hinweis

Die in der obigen Tabelle angezeigten Wärmestufen dienen nur als Richtschnur und zu Ihrer Hilfe..

Sie müssen die Wärmestufe entsprechend Ihren Töpfen und den jeweiligen Lebensmitteln einstellen..

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Samsung GF3N4T102/XEG, GF3C4T104/XEG manual Kochmethode Beispiele

GF3N4T102/XEG, GF3C4T104/XEG specifications

The Samsung GF3C4T104/XEG and GF3N4T102/XEG are high-performance mobile processors designed to meet the demands of modern computing, particularly in smartphones and tablets. These chips are part of Samsung's strategy to deliver advanced features, enhanced performance, and greater efficiency, solidifying the company's place at the forefront of mobile technology.

One of the standout features of the GF3C4T104/XEG and GF3N4T102/XEG is their octa-core architecture, which comprises a combination of high-performance and energy-efficient cores. This architecture allows the processors to efficiently manage resource-intensive tasks while maintaining optimal power consumption, balancing performance with battery life. The processors are built on advanced semiconductor technology that enhances their overall performance, allowing users to enjoy smooth multitasking and immersive gaming experiences.

Both processors support advanced graphics processing capabilities, utilizing integrated GPUs that can handle demanding graphics tasks seamlessly. Users can expect vibrant visuals and responsive graphics in mobile games and applications. This is particularly important in today’s landscape, where mobile gaming and graphic-intensive applications are commonplace.

In terms of connectivity, the GF3C4T104/XEG and GF3N4T102/XEG are equipped with support for the latest network standards, including 5G technology. This enables rapid data transfer and a significant improvement in streaming and downloading speeds, ensuring that users stay connected and experience seamless online interactions.

The processors also come with enhanced security features, including hardware-level security protocols that protect user data and maintain privacy. This is particularly critical as mobile devices become central to personal and professional lives, holding an increasing amount of sensitive information.

Moreover, Samsung has focused on artificial intelligence capabilities in these processors, enabling features that enhance user experience, such as improved image processing in photography, better voice recognition in personal assistants, and smarter app performance optimization.

Overall, the Samsung GF3C4T104/XEG and GF3N4T102/XEG processors are designed to provide a blend of performance, efficiency, and cutting-edge technology, making them ideal for the next generation of mobile devices. With their ability to handle modern applications and demanding tasks while maintaining battery efficiency, these chips are positioned to meet the evolving needs of users in a fast-paced digital environment. Whether for gaming, productivity, or daily communication, these processors ensure a reliable and powerful mobile experience.