Installation and use of the Active-HDL Lattice Edition or the ModelSim Altera b) Edition simulators. Frequency dividers for crystal oscillators. , , , Toggle flip-flop (T-FF). Real-time 1 Hz square waveform. , Digital signals’ parameters measurements using laboratory instruments. Design basic sequential blocks: parallel data register, a Johnson counter, a shift register, g), h), i) etc. Explain how a matrix keypad encoder j), , , m) , and design one of them for a 16 keys keypad. A push-button or a switch debouncing filter p), q) LED sequencer, a traffic light controller, , r) etc.) Grading grid Here you are the way the exercise could be grades. Part 1 Part 2 Part 3 Part4 The theory Frequency dividers Sequential standard Simple applications blocks a) , b) , , , g), h), i) j), , , m) , , p), q), r) Scores 1p 2p 3p 4p Self-assessment Total Instructor’s grades Questions in solving EX2 Write here your questions, comments, doubts, opinions, etc. ...
Installation and use of the Active-HDL Lattice Edition or the ModelSim Altera Edition simulators. b) Frequency dividers for crystal oscillators. , , , Toggle flip-flop (T-FF). Real-time 1 Hz square waveform. , Digital signals’ parameters measurements using laboratory instruments. Design basic sequential blocks: parallel data register, a Johnson counter, a shift register, etc. g), h), i) Explain how a matrix keypad encoder and design one of them for a 16 keys keypad. j), , , m) , A push-button or a switch debouncing filter p), q) LED sequencer, a traffic light controller, , etc.) r) Grading grid Here you are the way the exercise could be grades. Part 1 The theory Part 2 Frequency dividers Part 3 Sequential standard blocks Part4 Simple applications Total a) , b) , , , g), h), i) j), , , m) , , p), q), r) Scores 1p 2p 3p 4p Self-assessment Instructor’s grades Questions in solving EX2 Write here your questions, comments, doubts, opinions, etc. ...