Virtual emulator

  Wokwi   is   an online Electronics simulator . You can use it to simulate Arduino, ESP32, STM32, and many other popular boards, parts and sensors. Here are some quick examples of things you can make with Wokwi: Arduino Uno "Hello World".

1. Convert the following circuit using NAND and NOR implementations:   How to implement a combinational Logic circuit Specification –         Specify the inputs, outputs, and what the circuit should do Formulation –         Convert the specification into truth tables or logic expressions for outputs Logic Minimization –         Minimize the output functions using K-map or Boolean algebra Technology Mapping –         Draw a logic diagram using ANDs, ORs, and inverters –         Map the logic diagram into the selected technology –         Considerations: cost, delays, fan-in, fan-out Verification –         Verify the correctness of the design, either manually or using simulation

  How to implement a combinational Logic circuit Specification –         Specify the inputs, outputs, and what the circuit should do Formulation –         Convert the specification into truth tables or logic expressions for outputs Logic Minimization –         Minimize the output functions using K-map or Boolean algebra Technology Mapping –         Draw a logic diagram using ANDs, ORs, and inverters –         Map the logic diagram into the selected technology –         Considerations: cost, delays, fan-in, fan-out Verification –         Verify the correctness of the design, either manually or using simulation

   Logisim ex 2 : How to implement a logic circuit that convert a BCD to seven segment decoder How to implement a combinational Logic circuit Specification –        Specify the inputs, outputs, and what the circuit should do Formulation –        Convert the specification into truth tables or logic expressions for outputs Logic Minimization –        Minimize the output functions using K-map or Boolean algebra Technology Mapping –        Draw a logic diagram using ANDs, ORs, and inverters –        Map the logic diagram into the selected technology –        Considerations: cost, delays, fan-in, fan-out Verification –        Verify the correctness of the design, either manually or using simulation

  Logisim ex 1 : How to implement a logic circuit that gives one if number if zero's is even Specification –        Specify the inputs, outputs, and what the circuit should do Formulation –        Convert the specification into truth tables or logic expressions for outputs Logic Minimization –        Minimize the output functions using K-map or Boolean algebra Technology Mapping –        Draw a logic diagram using ANDs, ORs, and inverters –        Map the logic diagram into the selected technology –        Considerations: cost, delays, fan-in, fan-out Verification –        Verify the correctness of the design, either manually or using simulation   click here to get the files

 Digital in-out Arduino Applications:   Reading a digital value and outputting a digital value. Tools required: breadboard and wiring Arduino Uno Board Fixed resistance 1k ohm Buzzer ​ Push Button  Switch

  Control motor movement according to light intensity   Control motor movement according  to  light intensity Tools required Breadboard and wiring Arduino Uno Board Fixed Resistors 1kOhm - 10kOhm LDR photoresistor N4007 binary Transistor BC337 and BC547 Simple Motor 9 volt battery The code: Click here    to get the code To view the experiment steps,   click here