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    Lecture Course

PULSE TECHNIQUE DESIGN 

1. Basic concepts. Signals and circuits. Methods of analysis.
2. Linear pulse circuits. Integrating and differentiating circuits - passive and active.
3. Non-linear pulse circuits. Switching mode. Switching schemes.
4. Static mode and transient processes in diode switching circuits. Limiters -  passive and active.
5. Bipolar switching circuits - static mode and transition processes.
6. Static mode and transient processes of MOS and CMOS switching circuits.
7. Differential circuits with current switching.
8. Signal distribution in the switching circuits - MOS and CMOS.
9. Shock excitation and spread of the signals.
10. Systems and circuits with positive feedback (PF).
11. Synthesis of a trigger. Symmetric triggers - base cells.
12. Transient processes in bipolar, MOS and CMOS triggers.
13. Quasi-static and dynamic triggers. Synchronization on the front of the sync signal.
14. Positive Feedback (PF) - analysis: metastability, structural performance. Synchronization.
15. Circuits  with mixed (analog and digital) signals.
16. Asymmetrical triggers (Schmitt triggers) - with an operational amplifier, bipolar and CMOS Schmitt triggers. Amplitude hysteresis and applications. Dynamic (time) hysteresis.
17. Comparators based on triggers zero hysteresis.
18. Analogue signal switches - CMOS and bipolar.
19. Switching capacitor (SC) circuits and applications.
20. Pulse generators. Multivibrators based on symmetrical and asymmetrical triggers. Timer 555. Blocking - generator.
21. Generators of linear change (sawtooth) voltages.
22. Pulse circuits with negative resistance devices. S and N characteristics. Tunnel diode circuits : triggers, multivibrators, comparator (pair of Goto)