Topic Name Description
Lecture File Conductors - Metals I

Kovy

File Conductors - Metals II

Kovy 2

File Lead free soldering and adhesive joining

Pájení a vodivé lepení

File Printed circuit boards (PCBs - pay a special attention to last two pages)

PCB

File Printed circuit boards examples (look on figures)

PCB examples

File Photolithography

Fotolitografie

File Wire bonding

WB

File History of superconductivity

Historie supravodivosti

File Properties of superconductors

Supravodiče

File High temperature superconductivity and superconductors

HTS

File Insulating materials

Izolanty I

File Insulating materials for electrical equipment - optional

Izolanty II

File Semiconductors

Polovodiče

File Ouline of materials for electrical engineering (part "Semicondustors" is obligatory, other parts are optional)

Materiály

File Integrated circuits technology

IO technologie

File Assembly in electronics (optional)

Montáž

File Thin films (pages 1 - 11 are obligatory, other parts are optional))

Tenké vrstvy

File Evaporation, sputtering, lithography (pages19-43 are obligatory, other parts are optional)

tenké vrstvy

File Thick films

Tlusté vrstvy

File Surface mount technology equipment (optional)

Tlusté vrstvy

File Magnetic materials
File Dielectric materials
File Dielectric ceramics
File Plastic materials
File Thematic areas for testing of lectures 1-7

Tematické okruhy

Training courses File Task 1 - 1. Investigation of Magnetic Losses of Soft Magnetic Materials
  1.  Investigation of Magnetic Losses of Soft Magnetic Materials
File Task 2 - TEMPERATURE DEPENDENCE OF DIELECTRIC PROPERTIES OF POLAR AND NON-POLAR DIELECTRICS

TEMPERATURE DEPENDENCE OF DIELECTRIC PROPERTIES OF POLAR AND NON-POLAR DIELECTRICS

File Task 3 - ELECTRIC STRENGHT OF THIN INSULATING MATERIALS

ELECTRIC STRENGHT OF THIN INSULATING MATERIALS

File Task 4 - BASIC PROPERTIES OF SOFT MAGNETIC MATERIALS

BASIC PROPERTIES OF SOFT MAGNETIC MATERIALS

File Task 5 - PROPERTIES OF SEMICONDUCTORS
  1. properties of semiconductors
File Task 6 - ACTIVATION ENERGY Wg OF Si

ACTIVATION ENERGY Wg OF Si