2.3.- THEORETISCH - PRAKTISCHE GRUNDLAGEN

Die elektronischen Grundlagen sind die Gesamtheit der Kenntnisse, die darauf abzielen, dem Studenten eine solide Basis zu bieten, um die allgemeine Funktionsweise der gebräuchlichsten elektronischen Schaltungen und die individuelle Funktion der elektronischen Komponenten, aus denen sie sich zusammensetzen, zu analysieren und zu verstehen.

Mehr sehen

Der Erwerb einer guten theoretischen Basis in einer so spezialisierten Disziplin wie Elektronik ist ein notwendiger Schritt für den nachfolgenden Entwurf und die Entwicklung komplexer elektronischer Systeme. Da Elektronik auch ein Zweig von Engineering ist, haben viele der theoretischen Konzepte eine direkte praktische Anwendung, was das Verständnis der Konzepte für den ElektronikStudenten wesentlich erleichtert, wenn der theoretische Unterricht mit einem zugehörigen praktischen Beispiel verbunden wird.

Die ElektronikenFundamentalwerke decken eine Vielzahl von Themen ab, darunter die Analyse elektronischer Schaltungen (unter Verwendung von Gleichungen und Verfahren wie Ohm'sches Gesetz, Kirchhoff'sche Schaltkreisgesetze, Thévenin'sches Theorem, das Superpositionstheorem, die Transformation des analysierten Schaltkreises in einen einfacheren Äquivalenzschaltkreis, etc.), die Untersuchung der Basiskomponenten (Widerstände, Induktivitäten, Kondensatoren, Transistoren verschiedener Technologien, Dioden, Thyristoren, Logikgatter, usw. ) und eine Reihe von Schaltungen, die nach Funktionalität gruppiert sind (Spannungsstromversorgung und Stromversorgung, Tiefpass- und Hochpassfilter, Verstärkerschaltungen, Widerstandsschaltungen, verschiedene Transistor-Polarisationsschaltungen, Einführung inDigitalschaltungen, Logikschaltungen, etc.).

Siehe Produkte

THEORETISCH - PRAKTISCHE GRUNDLAGEN SYSTEME FÜR TECHNISCHE AUSBILDUNG

1 - 30 von 31 Artikel(n)

BASIC ELECTRONICS AND ELECTRICITY LABORATORY - LIEBA

LIEBA

Available

14.2.1.6.- LEISTUNGSELEKTRONIK

LIEBA

Labor für grundlegende Elektronik und Elektrizität

We present a flexible and modular-based system for learning basic electronics, basic electricity and circuit theory. The advantage given by this learning and teaching system is that the student establishes his own rhythm, thus rendering...

DIRECT CURRENT (DC) CIRCUITS MODULE - N-M1

N-M1

Available

14.2.1.1.- GRUNDLEGENDE ELEKTRISCHE GESETZKONZEPTE

N-M1

Modul für Gleichstromkreise (DC)

For the correct understanding of electronics it is necessary to know some fundamental laws and theorems such as Ohm’s Law, Kirchhoff’s Laws and other simple theorems of initiation to D.C. circuits.With Direct Current (D.C.) Circuits Module,...

ALTERNATING CURRENT (AC) CIRCUITS MODULE - N-M2

N-M2

Available

14.2.1.1.- GRUNDLEGENDE ELEKTRISCHE GESETZKONZEPTE

N-M2

Modul für Wechselstromkreise (AC)

In contrast to DC, which always has the same direction and sense, in AC the flow of electrons changes direction periodically with a frequency of 50 or 60 Hz (depending on the country).With Alternating Current (AC) Circuits Module, "N-M2", designed...

N-M16

Available

14.2.1.1.- GRUNDLEGENDE ELEKTRISCHE GESETZKONZEPTE

N-M16

Modul für Elektrische Netzwerke

After studying the basic knowledge of electrical networks, we must understand and investigate the dependence between current and voltage applied to different electrical devices.With the Electric Networks Module, "N-M16", designed by EDIBON, it is...

N-M17

Available

14.2.1.1.- GRUNDLEGENDE ELEKTRISCHE GESETZKONZEPTE

N-M17

Modul für Elektromagnetismus

Electromagnetism is the interaction between electric charges. It is described in terms of charges interacting between of electric and magnetic fields.With the Electromagnetism Module, "N-M17", designed by EDIBON, the operation of electromagnetic...

N-M18

Available

14.2.1.1.- GRUNDLEGENDE ELEKTRISCHE GESETZKONZEPTE

N-M18

Modul für Drei-Phasen-Schaltungen

Three-phase voltage is essentially a system of three alternating voltages, coupled (all 3 are produced simultaneously in a generator) and 120º out of phase with each other (i.e. one third of the period).The Three-phase Circuits Module, "N-M18",...

N-M6

Available

14.2.1.2.- ANALOGE ELEKTRONIK

N-M6

Modul für Oszillatoren

Oscillators operation is usually very similar in all of them: the oscillating circuit produces an oscillation, then the amplifier increases it and finally the feedback network takes a part of the energy from the oscillating circuit and introduces...

N-M7

Available

14.2.1.2.- ANALOGE ELEKTRONIK

N-M7

Modul für Operationsverstärker

Operational amplifiers are compact, active, linear and high-gain devices designed to provide the desired transfer function. An operational amplifier consists of an electronic circuit having two inputs and one output. The output is the difference...

ANALOG/DIGITAL CONVERTERS MODULE - N-M60

N-M60

Available

2.3.3.- DIGITALE ELEKTRONIK

N-M60

Modul für Analog-Digital-Wandler

Most of the "information" generated in the world by various physical phenomena has a strong analogical character. This means that the information undergoes a continuous variation within certain limits determined over time. Of course, there is also...

N-M8

Available

14.2.1.2.- ANALOGE ELEKTRONIK

N-M8

Modul für Filter

An electronic filter is an element that allows electrical signals to pass through it, at a specific frequency or frequency ranges while preventing the passage of others, being able to modify both, their amplitude and phase. It is a device that...

DIGITAL/ANALOG CONVERTERS MODULE - N-M61

N-M61

Available

2.3.3.- DIGITALE ELEKTRONIK

N-M61

Modul für Digital-Analog-Wandler

Digital/analog conversion happens when you want to recover or re-obtain a digital signal that has been processed and we want to regenerate it. A signal that has been sampled, for example, a temperature signal and we need to return it to the...

DIGITAL SYSTEMS & CONVERTERS MODULE - N-M10

N-M10

Available

14.2.1.3.- DIGITALE ELEKTRONIK

N-M10

Modul für Digitale Systeme und Konverter

Generally, an analog to digital converter is an electronic device that converts an analog voltage input to a digital number.digital number. The digital output can use different coding schemes, such as binary, although some non-electrical or...

DIGITAL ELECTRONICS FUNDAMENTALS MODULE - N-M11

N-M11

Available

14.2.1.3.- DIGITALE ELEKTRONIK

N-M11

Modul für Grundlagen der Digitalen Elektronik

Digital systems are systems for processing, treatment or transmission of information, in which such information is limited to take values in a discrete set. These signals (whose magnitude can only take one value from a discrete set of values) are...

BASIC COMBINATIONAL CIRCUITS MODULE - N-M12

N-M12

Available

14.2.1.3.- DIGITALE ELEKTRONIK

N-M12

Modul für Grundlegende Kombinatorische Schaltungen

A combinational circuit is an electronic circuit in which the value of its outputs at a given instant, depends on the value of the inputs at the same instant. In other words, it is a circuit that has no memory. Combinational circuits work with...

BASIC SEQUENTIAL CIRCUITS MODULE - N-M13

N-M13

Available

14.2.1.3.- DIGITALE ELEKTRONIK

N-M13

Modul für Grundlegende Sequenzielle Schaltungen

Logic gates and the circuits created with them constitute combinational logic, so called because the output only depends on the combination of the input variables present.There is a second group of logic circuits called sequential logic, so called...

N-M3

Available

14.2.1.4.- HALBLEITER

N-M3

Modul für Halbleiter I

Semiconductors are materials characterized by a resistivity lower than an insulator and higher than a conductor. There are different types of semiconductors, among which we could highlight diodes as extrinsic semiconductors (formed by more than...

N-M4

Available

14.2.1.4.- HALBLEITER

N-M4

Modul für Halbleiter II

To improve and extend the characteristics of the input signals, it is possible to use two or more transistors. Thus, you may want to build an amplifier in which you want to increase the input impedance without decreasing the gain. The solution to...

N-M14

Available

14.2.1.4.- HALBLEITER

N-M14

Modul für Optoelektronik

Optoelectronics is the link between optical systems and electronic systems. Optoelectronic components are those whose operation is directly related to light.They are semiconductor devices capable of producing light radiation within the human...

ELECTRONICS FOR MOTORS AND GENERATORS UNIT - M99-6

M99-6

Available

2.3.1.- GRUNDLEGENDE ELEKTRISCHE GESETZKONZEPTE

M99-6

Gerät für die Elektronik von Motoren und Generatoren

The Electronics for Motors and Generators Unit, "M99-6", designed by EDIBON, enables to carry out different practices related with motors and generators. The unit has different different types of motors: DC motor, AC motor and stepper motor.The...

Available

2.3.2.- ANALOGE ELEKTRONIK

M99

Gerät für analoge Schaltungen

The Analog Circuits Unit, "M99", designed by EDIBON, allows to do different practices related to basic electronics. The unit has different parts: analog multiplexer, analog multiplier, function generator, AM modulator and AM demodulator.The "M99"...

Available

2.3.5.- INSTRUMENTATION & KONTROLLE

M41

Widerstandsgeber

This unit allows different practices related to resistance transducers to be carried out. The unit has five different types of transducers: PTC, NTC, LDR, strain gauge and RTD.The operation of thermistors is based on the principle that the...