1. |
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introduction to electronics 1 |
discuss the atomic structure, materials types and semiconductors. Describe current generation and dopping. Describe the structure of the pn-junction (i.e., diode) |
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2. |
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introduction to electronics 2 |
Discuss the biasing of a diode and analyze its (V-I) characteristic curve. Explain the diode models |
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3. |
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Diode Application 1 |
Explain the DC power supply and the half-wave rectifier |
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4. |
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Diode Application 2 |
explain the operation and types of the full-wave rectifiers. Discuss the operation of the power supply filters and regulators |
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5. |
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Diode Application 3 |
explain the operation of diode limiting and clamping circuits |
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6. |
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Diode Application 4 |
Explaina nd analyze the operation of the diode voltage multipliers |
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7. |
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Special-purpose diodes 1 |
explain the operation of the zener diode. Explain the usage of the zener diode as a voltage reference, regulator, and limiter |
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8. |
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Special-purpose diodes 2 |
other special-purpose diodes: varactor diode, LED, laser diode, Schttky diode, photodiode |
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9. |
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Bipolar Junction Transistors 1 |
Describe the basic structure of the bipolar-junction transistor (BJT) |
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10. |
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Bipolar Junction Transistors 2 |
explain the BJT biasing circuits and currents. Discuss the relationships between the BJT currents and general parameters |
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11. |
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Bipolar Junction Transistors 3 |
discuss the BJT voltage amplifier and the electronic switch. Describe the phototransistor and its application |
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12. |
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Transistor Bias Circuits 1 |
Discuss the dc biasing circuits. Analyze the voltage-divider bias circuit. |
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13. |
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Transistor Bias Circuits 2 |
Analyze emitter bias circuit, base bias circuit, emitter-feedback bias circuit, and collector bias circuit |
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14. |
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BJT Amplifiers 1 |
Describe the amplifier concept and the BJT internal parameters |
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15. |
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BJT Amplifiers 2 |
Analyze the operation of common-emitter amplifiers |
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16. |
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BJT Amplifiers 3 |
Analyze the operation of common-emitter amplifiers |
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17. |
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BJT Amplifiers 4 |
analyze the common-base and common-collector amplifiers. Discuss the multistage amplifiers and their operation |
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18. |
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Power Amplifiers 1 |
Introduce the power amplifiers. Explain the class A power amplifiers. |
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19. |
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Power Amplifiers 2 |
Explain and discuss the operation fo class B and AB power amplifiers. Explain and discuss the operation fo class C power amplifier. |
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20. |
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JFET (Junction Field-Effect Transistors) 1 |
explain the operation of the JFETs and their important parameters |
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21. |
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JFET (Junction Field-Effect Transistors) 2 |
Discuss the JFET biasing circuits and the ohmic region |
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22. |
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MOSFET (Metal Oxide Semiconductor FET) |
Explain the structure and operation of MOSFETs and its biasing circuits. |
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