SIMULATOR AND METHOD FOR OPERATING A SIMULATOR
A simulator is configured for simulating a power electronics circuit having at least one switch for a test bench having at least one computer. The simulator includes a state identification apparatus configured for identifying a state of the at least one switch, wherein the state is based on a forced or a natural switching operation, each of which has at least two state conditions for at least one first electrical parameter of the at least one electrical switch. The simulator is configured for outputting at least one output value of the power electronics circuit on the basis of the state.
1 : A simulator configured for simulating a power electronics circuit having at least one switch for a test bench having at least one computer, the simulator comprising:
a state identification apparatus configured for identifying a state of the at least one switch, wherein the state is based on a forced or a natural switching operation, each of which has at least two state conditions for at least one first electrical parameter of the at least one electrical switch;
wherein the simulator is configured for outputting at least one output value of the power electronics circuit on the basis of the state.
2 : The simulator according to claim 1 , wherein the state identification apparatus comprises the respective state conditions for an ideal switch, for a diode, for a thyristor, and/or for a MOSFET for respectively identifying each state.
3 : The simulator according to claim 1 , wherein the state identification apparatus is configured for taking account of the at least one first electrical parameter from a previous simulation step when identifying the state of the at least one switch.
4 : The simulator according to claim 1 , wherein a Dirac impulse identification apparatus is provided, which is configured for identifying a Dirac impulse via a Boolean function on the basis of a first output signal of the state identification apparatus, and for outputting a Dirac signal on that basis.
5 : The simulator according to claim 4 , wherein the simulator is further configured for setting the state of the at least one switch to a predetermined value on the basis of the Dirac signal.
6 : The simulator according to claim 1 , wherein a toggle detector is provided, which is configured for outputting a toggle signal on the basis of a sign analysis of at least one second electrical parameter for the at least one switch, wherein the toggle signal influences the identification of the state.
7 : The simulator according to claim 1 , wherein the state identification apparatus is configured for taking account of the identification of the state from a previous simulation step.
8 : The simulator according to claim 1 , wherein the state identification apparatus is divided into an impulse part for generating a second output signal and a non-impulse part for generating a third output signal, wherein a fusion module is provided, which is configured for generating a fourth output signal on the basis of the second and the third output signal.
9 : The simulator according to claim 8 , wherein the fusion module is configured for generating the fourth output signal on the basis of the Dirac signal.
10 : The simulator according to claim 1 , wherein the computer comprises at least one field-programmable gate array (FPGA).
11 : A method for operating a simulator that simulates a power electronics circuit having at least one switch for a test bench having at least one computer, the method comprising:
identifying, by a state identification apparatus, state of the at least one switch, wherein the state is based on a forced or a natural switching operation, each of which has at least two state conditions for at least one first electrical parameter of the at least one switch; and
outputting, by the simulator, an output value of the power electronics circuit on the basis of the state.