Question 1 What do you think this logic buffer gate will do, with the output signal...

  

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Question 1 What do you think this logic buffer gate will do, with the output signal "feeding back" to the input? Question 2 What do you think this buffer will do when each input switch is separately pressed? A B Output VpD www Output Question 3 Why does the second buffer circuit need a resistor in the feedback loop? Question 4 When studying latch circuits, you will come across many references to set and reset logic states. Give a simple definition for each of these terms in the context of latch and flip-flop circuits. Question 5 The circuit shown here is called an S-R latch: Vp Set 1 1 Reset Complete the truth table for this latch circuit: Set Reset oŌ 0 0 0 1 0 1 www Pō =ā Question 6 The circuit shown here is called an S-R latch: Identify which of the two input lines is the Set, and which is the Reset, and then write a truth table describing the function of this circuit. Question 1 What do you think this logic buffer gate will do, with the output signal "feeding back" to the input? Question 2 What do you think this buffer will do when each input switch is separately pressed? A B Output VpD www Output Question 3 Why does the second buffer circuit need a resistor in the feedback loop? Question 4 When studying latch circuits, you will come across many references to set and reset logic states. Give a simple definition for each of these terms in the context of latch and flip-flop circuits. Question 5 The circuit shown here is called an S-R latch: Vp Set 1 1 Reset Complete the truth table for this latch circuit: Set Reset oŌ 0 0 0 1 0 1 www Pō =ā Question 6 The circuit shown here is called an S-R latch: Identify which of the two input lines is the Set, and which is the Reset, and then write a truth table describing the function of this circuit.