Multisim logic gates2/13/2023 ![]() We will this time use switches and constant voltage for the Inputs, so that you can see how we can do it in another way! That proofs that a NOT Gate works as a Inverter!Īn OR Gate gives a Output of 1 when either of the 2 Inputs has a value of 1, else it gives 0. As you can see the Output is 1 when the Input is 0, and the Output is 0 when the Input is 1. I connected the A part of the Oscilloscope before the NOT Gate to check the Input value and have the Probe give me the Probe/Output value. I have the Input be a Clock and connected after that a NOT Gate that leads to an Probe. NOT Gate:Īs you might remember a NOT Gate works as a Inverter, so what we will see inside of MultiSim is that the Output will have the opposite value of the Input. I will implement first a simple NOT Gate, then a OR Gate and lastly a XOR Gate (I already used a AND Gate in the last post if you want to check it out too). Let's start off with some off the Basic Gates. ![]() That way you will get more familiar with the Software and we will also proof the Truth Tables of many Gates! So, without further do. This time in Logic Design we will implement some of the Logic Gates we talked off in Theory inside of Multisim.
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