- Degree Bachelor
- Code: EC334
- Credit hrs: 3
- Prequisites: EE232 , EC233
Review of basic circuit theorems - Two-Port Networks - The transfer -Phase and Time rnResponses - Bode Plot - Phase and Group Delays - Computer-Aided Analysis Packages - Integrated Digital Logic Families, Definitions (Propagation Delay, Fan-in, Fan-out) - RTL, DTL, TTL Logic Families - Analysis of TTL gates - ECL Family and Examples - CMOS Digital Circuits and Logic Families Comparison.
B.Sc. Electronics and communication Engineering
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| content serial | Description |
|---|---|
| 1 | Course Overview, Review of basic circuit theorems (Thevenin`s, Norton, and Milliman), Maximum Power Transfer Principal, and Laplace Transform. |
| 2 | Two-Port Networks, The transfer , Poles and Zeros, Describing rnmatrices. |
| 3 | Frequency, Phase and Time Responses. |
| 4 | Bode Plot, Input and Output Impedance,Phase and Group Delays. |
| 5 | Computer-Aided Analysis Packages(Pspice, Microcap, EWB). |
| 6 | Integrated Digital Logic Families,Definitions (Propagation Delay, Fan-in, Fan-out). |
| 7 | Diode Switching, Transistor Switching. |
| 8 | RTL, DTL, TTL Logic Families. |
| 9 | Analysis of TTL gates. |
| 10 | ECL Family and Examples. |
| 11 | CMOS Digital Circuits and Logic Families Comparison. |
| 12 | CMOS Inverter – Static Characteristics. |
| 13 | CMOS Inverter – Dynamic Characteristics. |
| 14 | CMOS Realization of Boolean Expressions (Compound Gates).rn |
| 15 | CMOS VLSI Realization Aspects in Combinational Circuits. |
| 16 | Final Examination |
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