Circuit module identification method, circuit module and simulation experiment system

Abstract

The embodiment of the invention discloses a circuit module identification method, a circuit module and a simulation experiment system. Positioning identification information is stored in a readable-writable module of the circuit module, and the positioning identification information comprises identifier information of at least two positioning pines of the circuit module and identification information for determining the attribute of the circuit module; the circuit module receives a read request sent by a hardware platform based on at least two positioning pins; and the positioning identification information is sent to the hardware platform through at least two positioning pins. Therefore, the hardware platform can position the location of the circuit module on the hardware platform based on the positioning identification information; the external equipment or system can acquire the positioning identification information of the circuit module on the hardware platform through the hardware platform, thereby realizing intelligent identification of the circuit module on the hardware platform and providing possibility for the synchronization of the material construction and virtual simulation of the circuit, the user can quickly and efficiently perform simulation and experiment at any time, and the difference between the theory and the practical can be seamlessly bridged.

Description

technical field [0001] The invention relates to the field of virtual simulation, in particular to a circuit module identification method, a circuit module and a simulation experiment system. Background technique [0002] At present, the design of circuits often involves the stage of virtual simulation and physical verification. In the prior art, the identification of circuit modules in the process of building physical circuits can only be done manually. Which ones, and the orientation of the circuit module relative to the hardware platform, so in the prior art, basically all virtual device experimental platforms of electrical appliances (including the famous NI ELVIS virtual instrument experimental platform) are carried out in a way of separating virtual simulation and physical verification experiment. These experiments generally use virtual devices to build circuits, set specific parameters, and then perform simulations, adjust device parameters, and obtain experimental re...

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Problems solved by technology

[0002] At present, the design of circuits often involves the stage of virtual simulation and physical verification. In the prior art, the identification of circuit modules in the process of building physical circuits can only be done manually. Which ones, and the orientation of the circuit module relative to the hardware platform, so in the prior art, basically all virtual device experimental platforms of electrical appliances (including the famous NI ELVIS virtual instrument experimental platform) are carried out in a way of separating virtual simulation and physical verification experiment

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