Abstract: A method for calculating resistive values of an electronic circuit represented in the form of masks and connections includes defining the circuit in the form of a first list of electrical components and connections between them, identifying circuit entry and exit ports, selecting part of the resistive components of the circuit alone, producing a matrix of resistances of the resistive components alone selected in the previous step, and calculating equivalent resistances.

Abstract: A simulation method of an electronic circuit or a printed circuit, represented in the form of masks and connections, includes the definition of, on one hand, inputs and outputs of circuit networks, and, on the other, internal components of each network; the formation of a reduced model of each network; and the simulation of the network using this reduced model. In the event of an unsatisfactory simulation result, the modification of one or more networks, the formation of a second reduced model, and the simulation with said new reduced model, are performed. In the event of a satisfactory simulation result, production of the circuit can be undertaken.

Abstract: The invention relates to a method of simulating an electronic circuit, represented in the form of masks and connections, comprising: a) the definition of the circuit in the form of a first list (140) of electrical components and their interconnections, b) the separation of the data of this first list into a first sub-assembly (170) of components to be modified by a filtering step, and into a second sub-assembly (160) of components not to be modified by this filtering step, c) the filtering of the data of the first sub-assembly (170) of components, d) the definition of the circuit in the form of a second list (190) of electrical components and their interconnections, from the data of the second sub-assembly (160) and the data resulting from step c), e) the simulation (195) of the circuit by means of this second list, f) if the result of the simulation is satisfactory, the manufacture of the circuit.

Abstract: The invention relates to a method of simulating an electronic circuit, represented in the form of masks and connections, comprising: a) the definition of the circuit in the form of a first list (140) of electrical components and their interconnections, b) the separation of the data of this first list into a first sub-assembly (170) of components to be modified by a filtering step, and into a second sub-assembly (160) of components not to be modified by this filtering step, c) the filtering of the data of the first sub-assembly (170) of components, d) the definition of the circuit in the form of a second list (190) of electrical components and their interconnections, from the data of the second sub-assembly (160) and the data resulting from step c), e) the simulation (195) of the circuit by means of this second list, f) if the result of the simulation is satisfactory, the manufacture of the circuit.

Abstract: The invention relates to a method of calculating resistive values of an electronic circuit represented in the form of masks and connections, comprising: a) definition of the circuit in the form of a first list of electrical components and connections between them; b) identification of circuit entry and exit ports; c) selection of part of the resistive components of the circuit alone; d) production of a matrix of resistances of the resistive components alone selected in the previous step; and e) calculation of equivalent resistances.

Abstract: The invention relates to a simulation method of an electronic circuit or a printed circuit, represented in the form of masks and connections, comprising: a) the definition of, on one hand, inputs and outputs of circuit networks, and, on the other, internal components of each network, b) the formation of a reduced model of each network; c) the simulation of the network using this reduced model, d) in the event of an unsatisfactory simulation result, the modification of one or more networks, the formation of a second reduced model, and the simulation with said new reduced model, e) in the event of a satisfactory simulation result, the production of the circuit.