fisica_triennio_17_circuiti

* You can move ion particles with the mouse. Movement of Ion particles Ions acquire electric charge by gaining or losing valence electrons, depending on the type of atom. Electric forces act between charged substances. A pushing force acts between charges of the same type, and a pulling force acts…

A diode is an electronic component that conducts current primarily in one direction. It has low resistance in one direction, and high resistance in the other. A diode is made by joining an n-type and p-type semiconductor. n-type semiconductor: doping material in pentavalent that has free electrons as majority carriers…

Diodes are electronic components that pass current in only one direction. The direction in which current can flow through the diode is called 'forward,' and the direction in which current cannot flow through the diode is called 'reverse.' If you compare a diode to a human body, it is similar…

A capacitor is an electronic component made by placing two metal plates close to each other. Capacitors store electrical energy in the form of an electric field. * This simulation only works while pushing with the mouse. * In the case of mobile devices, other tasks such as image selection…

Wheatstone Bridge Electronic measuring instruments like electronic scales detect and measure the resistance change of sensor material. To increase the sensitivity of measuring instruments, it is necessary to measure minute resistance values changes precisely. In this case, the main circuit used is the "Wheatstone Bridge" circuit, which consists of four…

Same Circuit In an electric circuit, voltage occurs at both ends of the cell. The place where this voltage is released is called 'load'. In typical textbooks, 'load' is often replaced by a light bulb or resistor. Since a typical conductor is assumed to have zero resistance, no voltage drop…

App HTML5: Semplici circuiti in corrente alternata

Old but good

The difference between static discharge and continuous current is explained.

Four factors affecting the resistance of a wire are described.

The electrical power formula is introduced and students learn how to use Ohm’s Law.

Students learn how to draw circuit diagrams for parallel circuits.

App HTML5: Legge di Ohm

App HTML5: Combinazioni di resistori

App HTML5: Potenziometro

App HTML5: Ponte di Wheatstone

App HTML5: Combinazioni di resistori, bobine e condensatori

App HTML5: Circuito oscillante RLC

Javalab - Ohms Law Simulation

Javalab - Electric Circuit Simulation

Javalab - Electric Circuit Simulation

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