Akademik Dersler - İçerik

Will be able to explain the structure and characteristics of P–N junctions.
• Defines P–N junction. • Explains formation of depletion region. • Describes current–voltage characteristics. • Distinguishes forward bias and reverse bias. • Explains saturation current.
Will be able to analyze electrical properties and applications of P–N junctions.
• Defines dynamic resistance. • Explains breakdown phenomenon. • Describes junction capacitance. • Explains rectification process. • Defines maximum operating frequency.
Will be able to explain the structure and operation of special diodes.
• Explains Zener diode operation. • Describes tunnel diode characteristics. • Explains varactor diode behavior. • Compares special diode types. • Exemplifies application areas.
Will be able to explain the structure, operation, and current relations of transistors.
• Distinguishes PNP and NPN transistors. • Explains transistor operation principle. • Defines transistor currents. • Explains current amplification. • Describes basic transistor circuits.
Will be able to analyze field-effect transistors and semiconductor devices used in electronic circuits.
• Explains FET operation principle. • Describes JFET structure and drain characteristics. • Explains MOSFET structure and operation. • Explains thyristors and SCR operation. • Defines integrated circuits.