Resumo

CHUQUIMARCA JIMENEZ, Luis Enrique; SUAREZ RICARDO, Paúl  e  LOPEZ SILVA, Franklin. Electronic simulation of the GAL22V10 microprocessor using Proteus software based VHDL to virtualize integrated circuits. RCTU [online]. 2021, vol.8, n.1, pp.107-115. ISSN 1390-7697.  https://doi.org/10.26423/rctu.v8i1.573.

This article is focused on FPGA electronic devices that can be used within the industry, for this case a GAL22V10 microprocessor was used as a controller of an industrial process of filling tanks, programmed in VHDL code developed in the software tool called Cypress Warp Galaxy, which generated a file (JED) that was used in the electronic simulator software Proteus, which provided a virtualization of integrated systems. After which, the inputs and outputs of the control system were parameterized, which are being controlled by the GAL22V10 microprocessor, where the algorithm of the industrial process to be controlled was developed, taking into consideration the technical characteristics of the microprocessor data sheet for the respective configuration in the Proteus simulator. The results obtained between the linking of the algorithm in VHDL code in the GAL22V10 microprocessor simulated in Proteus were satisfactorily fulfilling the conditions of the industrial process based on virtualized integrated circuits.

Palavras-chave : FPGA; GAL22V10; VHDL; JED; Vitual Machine.

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