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ease 1 of 5 2 of 5 3 of 5 4 of 5 5 of 5 5 / 5
features 1 of 5 2 of 5 3 of 5 4 of 5 5 of 5 4 / 5
design 1 of 5 2 of 5 3 of 5 4 of 5 5 of 5 4 / 5
support 1 of 5 2 of 5 3 of 5 4 of 5 5 of 5 4 / 5

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User Reviews

  • Prezado Prof. Luiz Claudio, Estamos desenvolvendo uma placa para o PICSimLAB com base no PIC18F4550. Em nosso circuito, incluímos alguns botões conectados aos pinos do PORTB. Ativamos os resistores de pull-up internos do microcontrolador. No entanto, ao acionarmos os botões, não conseguimos detectar a mudança de estado. Ao analisarmos outras placas, observamos que todas utilizam circuitos de pull-up externos, eliminando a necessidade de habilitar os resistores de pull-up internos do microcontrolador. Gostaríamos de saber se essa questão se trata de uma limitação na simulação do microcontrolador ou se estamos cometendo algum erro. Desde já, agradecemos pelo apoio e aguardamos orientações.
    Reply from PICSimLab - Prog. IC Simulator Lab.
    Posted 2024-03-16
    O PICSimLab é um simulador digital com algum suporte a sinais analógicos. O suporte ao pull-up está mais para a parte anaógica e precisa ser implementado na codificação da placa. Entre em contato por email se precisar de mais informações ou abra um issue no github do projeto.
  • Could you add, 28 pin ICs pic16f1516 functionality That would be great
    Reply from PICSimLab - Prog. IC Simulator Lab.
    Posted 2023-03-08
    The pic16f1516 has already been added and can be used in the latestbuild version.
  • Este programa é maravilhoso, eu utilizo direto em minhas aulas, mas nesta última versão estou tendo problemas para utilizar as novas placas, pois quando eu clico na ESP32 e na da STM o programa se fecha e a partir deste ponto eu só consigo abrir ele novamente se eu instalar uma versão anterior do PICSimLab.
    Reply from PICSimLab - Prog. IC Simulator Lab.
    Posted 2022-09-07
    Por favor entre em contato por email, issue do github ou discord. Preciso de uma descrição mais exata de como reproduzir o problema para tentar corrigi-lo. Obrigado pela avaliação.
  • It is really impressive and amazing how the simulator works well. The latest version runs quite well. I am really happy with the results of the simulation. I am using the simulation of our real board in my college class. Dear Luis Thank you very much for your for sharing this excellent project. During the current COVID situation, your software helped me a lot. Prof. Edson
  • Thank you very much for this tool ! Congratulations ! Do you plan to use MCC compatible microcontrollers such as PIC18F45K50 or others ? Best regards.
    Reply from PICSimLab - Prog. IC Simulator Lab.
    Posted 2020-08-16
    The experimental version 0.8.1 supports the PIC18F45K50, PIC18Fx7K40 and others compatible with the MCC. Best regards.
  • A real master piece! Thank you for your effort to make such a great tool for devs, teachers and students. I would like to add something to the wish list, please can you consider to add 12F675 support?
    Reply from PICSimLab - Prog. IC Simulator Lab.
    Posted 2020-08-16
    Thank you for the considerations. In the future I intend to add gpsim as a backend simulator, it supports the PIC12F675.
  • Would love to save .hex just as load.hex. How about a speaker as a Spare. Build in compiler would be the ultimate. Thanks for great program
    Reply from PICSimLab - Prog. IC Simulator Lab.
    Edited 2020-04-25
    In response to your request, the version 0.8 has the option to saving hex in the menu and a new active/passive buzzer part for generating sounds. About a built-in compiler is beyond the purpose of the simulator. This purpose is to simulate real boards. For development IDEs like Arduino or MPlabx there is no difference between using a real board or the simulator. Thanks for the feedback.
  • I have been working my way through "PIC Microcontroller Project Book" by John Iovine. Unfortunately the PICBasic Standard compiler specified appears to be obsolete, so I have been altering the programs to function with Great Cow Basic. PICsim has been extremely useful for testing my efforts at rewriting the programs in the book. It keeps my brain cells active now I'm retired.
    1 user found this review helpful.
  • I have only programmed the 1st board which works flawlessly until now. I saved time prototyping a simple knight rider circuit by only using the PORTB. Written the code, tested and then I moved on the breadboard where the results where quite identical. LEDs for PORTB are not quite visible at higher frequencies. The procedure of in circuit programming for simple or more complex programs can be time consuming and you just made it more efficient. Thanks and Congratulations.
  • Works great :)
  • Picsim works great.
  • Buenisimo super facil de usar! exelente para los que estamos aprendiendo
  • Quick and easy to use. A must have for any computer
    1 user found this review helpful.