## Course curriculum

• 1

### Chapter 1

• In this series, we will go through the basics of Digital Logic and a hands on simulated Circuit Design task using a cloud tool.

• Let's do a quick review about Binary Numbers.

• In this video - let's quickly review about Logic Gates.

• Review on Logic Gates including AND, OR Gates continued.

• Review of Logic Gates including XOR Gates continued.

• Now that we have some understanding on Logic Gates - let's try hands-on about Logic Gates in simulator.io.

• Let's continue with our hands-on activities about Logic Gates in simulator.io.

• Let's continue with our hands-on activities about Logic Gates in simulator.io.

• Let's continue with our hands-on activities about Logic Gates in simulator.io.

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• Let's now review about Flip Flop.

• Review about Flip Flop continued.

• Let's now review about Register.

• Let's try hands-on about Flip Flop in simulator.io.

• Adder and Flip Flop hands on activity continued to understand how memory works.

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• Correlating our circuit with calculator functionalities.

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• Preview of Seven Segment display hands on activity, which we will be discussing in Chapter 2.

• Preview of Seven Segment display hands on activity continued along with explanation of Q bar.

• Concluding our preview for Chapter 2.

• Let's discuss about Truth Table for Logic Gates with all our understanding so far before we continue with Chapter 2.

• 2

### Chapter 2

• Quick review of concepts learned from Chapter 1.

• Quick review of Logic Gates.

• Quick review of Logic Gates continued.

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• Quick review about Flip Flop and discuss about an activity for students.

• Let's discuss about Incrementer Circuit, which we will using in our 7 Segments Display project in this Chapter.

• Let's discuss about Decrementer Circuit, which we could include in our 7 Segments Display project.

• So let's get started on our 7 Segments Display hands on project in simulator.io. Let's also review the concept of Decoder.

• Let's start building the required circuits for this project. But let's also discuss about orientation of circuits with simulator.io.

• Placing the switch in our circuit and discuss about the importance of connecting the carry in our circuit.

• Now let's discuss about the need for memory in our circuit.

• So let's connect the Sum to the Flip Flops in our circuit.

• Let's connect the Q of the flip flop to the other input of the Half Adder.

• Discuss about the need to add button to the Enable input of flip flop which helps complete the circuit.

• So let's control the flow of the circuit by placing the button and let's also discuss about the importance of clock and it's relevance with CPU.

• Now it's time to place the Segment Display in our Circuit and let's also discuss about the importance of identifying Least Significant Bit and Most Significant Bit.

• Let's connect the Segment Display inputs appropriately and then let's try to test our circuit and see if we get the expected results in the 7 Segment display.

• Let's now add LED's to our circuit to represent the binary representation of our 7 Segment Display output.

• Let's now discuss about how we can add Decrementer Circuit in our project.

• Let's test our Final project with Incrementer and Decrementer circuit 7 Segment Display.

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• Let's discuss about Clock, Clock speed and how Clock could be used in our Circuit.

• Let's discuss about the importance of pulse.

• Our final project modified to run with Clock.

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