Inductive energy storages. Structure. Application

Слайд 2

Content Vocabulary Structure of inductive energy storages Types of inductive energy

Content

Vocabulary
Structure of inductive energy storages
Types of inductive energy storages
Applications
Advantages and disadvantages
Tasks

Слайд 3

Vocabulary Inductive energy storages- индуктивные накопители энергии coil – катушка Electric

Vocabulary

Inductive energy storages- индуктивные накопители энергии
coil – катушка
Electric explosion of conductors-

ЭВП
Thermonuclear fusion- термоядерный синтез
Слайд 4

Figure 1- Schematic diagram using a pulsed energy storage device

Figure 1- Schematic diagram using a pulsed energy storage device

Слайд 5

Figure 2- transformer circuit

Figure 2- transformer circuit

Слайд 6

Figure 3- multi-coil switching circuit

Figure 3- multi-coil switching circuit

Слайд 7

Advantages

Advantages

 

Слайд 8

Disadvantages

Disadvantages

 

Слайд 9

The main types of constructive execution of inductive drives Linear (coil

The main types of constructive execution of inductive drives

Linear (coil arranged

around the straight axis);
Toroidal (coils cover the annular centerline).
Linear inductive drives is simple and adaptable to production, have a high utilization of the active materials, but pose a significant stray field.
Toroidal inductors have a more complex design and manufacturing technology.
Слайд 10

Application Charger Electric explosion of conductors magnetic pulse processing of materials

Application

Charger
Electric explosion of conductors
magnetic pulse processing of materials
controlled thermonuclear fusion
upon receipt

of electrohydraulic effect Yutkina
Слайд 11

Слайд 12

An inductor, also called a coil, choke or reactor, is a

An inductor, also called a coil, choke or reactor, is a passive two-terminal ___________ that stores _______ in a magnetic field when _______ flows

through it.[1] An inductor typically consists of an insulated wire wound into a ___ around a ____.

Сomplete the sentence