5) The circuit below is NOT a clock circuit we've seen before. Show the alternate clock patterns at X and C. For X, remember a tiny delay has been added by the inversions. s C Л X C X

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**Circuit Analysis and Timing Diagrams**

**5) Circuit Description:**
The circuit depicted is not a typical clock circuit. It features an inverter and a logic gate configuration. The task is to illustrate the clock patterns at positions X and C. It's important to note that a slight delay has been introduced at X due to the inversions in the circuit.

**Diagram Explanation:**

- **Circuit Components:**
  - The circuit includes an inverter (represented by a triangle with a circle at its tip) followed by a logic gate (AND gate).
  - The input signal is a rectangular clock pulse.
  - The output of the inverter is marked as X before entering the logic gate, which produces the output C.

- **Timing Diagram:**
  - The input clock signal is shown as a square wave at the top.
  - The signal at position X would have the same square wave form but is slightly delayed due to the inversion process. The exact waveform is not drawn but suggested by the prompt to consider this delay.
  - The timing pattern for C depends on the combined logic processing of the inverted signal at X and the original clock input.

**Analysis Task:**
To fully understand and analyze the circuit behavior, plot the delayed signal at X and the resulting signal at C based on how the inputs affect the AND gate operation. Keep in mind the inversion will slightly shift the timing, influencing the logic gate’s output at C.
Transcribed Image Text:**Circuit Analysis and Timing Diagrams** **5) Circuit Description:** The circuit depicted is not a typical clock circuit. It features an inverter and a logic gate configuration. The task is to illustrate the clock patterns at positions X and C. It's important to note that a slight delay has been introduced at X due to the inversions in the circuit. **Diagram Explanation:** - **Circuit Components:** - The circuit includes an inverter (represented by a triangle with a circle at its tip) followed by a logic gate (AND gate). - The input signal is a rectangular clock pulse. - The output of the inverter is marked as X before entering the logic gate, which produces the output C. - **Timing Diagram:** - The input clock signal is shown as a square wave at the top. - The signal at position X would have the same square wave form but is slightly delayed due to the inversion process. The exact waveform is not drawn but suggested by the prompt to consider this delay. - The timing pattern for C depends on the combined logic processing of the inverted signal at X and the original clock input. **Analysis Task:** To fully understand and analyze the circuit behavior, plot the delayed signal at X and the resulting signal at C based on how the inputs affect the AND gate operation. Keep in mind the inversion will slightly shift the timing, influencing the logic gate’s output at C.
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