The interactive use of the simulation program enables the calculation and simulation of the basic circuit of AC technology. Thus, a circuit can be calculated on the basis of the specifications and the correctness of the calculation can be determined by the simulation. Furthermore, the behaviour of the circuit can be investigated by changing the parameters. The frequency response can be determined by entering a frequency range. Resonant frequency, filter behaviour or compensation circuits are applications which are illustrated by this.
Scope of the program:
RC series connection
RL series connection
RCL series connection
RC parallel connection
RL parallel connection
RCL parallel connection
Output:
Resistance calculation Z, XC, XL
Conductance Y, G, BC, BL
Partial voltages, partial currents
Phase shift angle
Simulation:
Output of the signal curves via an oscilloscope
The measuring range can be set via X/Y channels. This provides the user with the basic knowledge of measuring technology and the handling of the oscilloscope.
Utilities:
Within the program, you can call up a collection of formulas.
Scope of the program:
RC series connection
RL series connection
RCL series connection
RC parallel connection
RL parallel connection
RCL parallel connection
Output:
Resistance calculation Z, XC, XL
Conductance Y, G, BC, BL
Partial voltages, partial currents
Phase shift angle
Simulation:
Output of the signal curves via an oscilloscope
The measuring range can be set via X/Y channels. This provides the user with the basic knowledge of measuring technology and the handling of the oscilloscope.
Utilities:
Within the program, you can call up a collection of formulas.
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