 | Digital Teaching Aid (DED Philippinen, 86 p.) |
 |  | (introduction...) |
| | Preface |
| | Introduction |
|  | Fundamental Logic Operations - Lesson 1 |
| | Lesson Plan |
| | (introduction...) |
| | Introduction |
| | TTL circuits |
| | Logic operations |
| | Handout No. 1 |
| | Worksheet No. 1 |
| | Introduction Boolean Algebra - Lesson 2 |
| | Lesson Plan |
| | Introduction |
| | Boolean algebra |
| | Boolean equations of logic circuits |
| | NOR and NAN gates |
| | De Morgan's theorems |
| | Worksheet No. 2 |
| | Circuit Analysis and Design - Lesson 3 |
| | Lesson Plan |
| | (introduction...) |
| | Introduction |
| | Boolean laws and theorems |
| | Sum of product method |
| | Design example |
| | Handout No. 2 |
| | Worksheet No. 3 |
| | First Evaluation |
| | Karnaugh Mapping - Lesson 4 |
| | Lesson Plan |
| | (introduction...) |
| | Introduction |
| | Karnaugh map |
| | Truth table to Karnaugh map |
| | Pairs, Quads, and Octets |
| | Overlapping and Rolling |
| | Worksheet No. 4 |
| | Karnaugh Mapping II - Lesson 5 |
| | Lesson Plan |
| | (introduction...) |
| | Introduction |
| | Product of sums method |
| | Don't care conditions |
| | Worksheet No. 5 |
| | Coding - Lesson 6 |
| | Lesson Plan |
| | (introduction...) |
| | Introduction |
| | ASCII code |
| | Excess-3 code |
| | Gray code |
| | Encoder |
| | Decoder |
| | Code converter |
| | Worksheet No. 6 |
| | Flip-Flops - Lesson 7 |
| | Lesson Plan |
| | (introduction...) |
| | Introduction |
| | RS Flip-Flops |
| | D - Flip-Flop (D-FF) |
| | JK Flip-Flop (JK-FF) |
| | Worksheet No. 7 |
| | Second Evaluation |
| | Counter - Lesson 8 |
| | Lesson Plan |
| | (introduction...) |
| | Introduction |
| | Asynchronous counter |
| | Synchronous counter |
| | Seven segment indicator and decoder |
| | Worksheet No. 8 |
| | Data Processing Circuits - Lesson 9 |
| | Lesson Plan |
| | (introduction...) |
| | Introduction |
| | Multiplexer |
| | Demultiplexer |
| | Handout No. 3 |
| | Worksheet No. 9 |
| | Third Evaluation |
| | Answers to Evaluation Problems |
Worksheet No. 7
No. 1 A JK master slave FF has its inputs tied to + 5V, and a series of pulses are applied to its CLK input Describe the Q output.
Figure
No. 2 The signal drives a clocked RS - FF. If Q is low before point A in time: At what point does Q becomes a 1? What does Q reset to 0?
Figure
No. 3 Use the information in the preceding problem and draw the waveform Q.
No. 4 The signal drives a D-FF. What is the value of stored in the FF after the clock pulse is over?
Figure
No. 5 A normal JK-FF, J = K = 1. A 1 MHz is applied to the CLK input it has a propagation delay tp of 50 ns. Draw the input squarewave and the out put expected at Q. Be sure to show the propagation delay time.
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