Akademik Dersler - İçerik

Will be able to explain basic concepts and number systems.
Explains the properties of positive and negative logic.
Explains number systems and the conversion of number systems to each other.
Will be able to explain logic circuits.
explains the functions of THREE-STATE-BUFFER and input-output relations of these functions and the symbols of logic Gates , truth tables of these functions.
forms circuits that have following functions : AND,OR,NOT,NAND,NOR,XOR XNOR gates by only using NAND Gates.
Will be able to demonstrate the simplification of logical expressions.
Explains the simplification of logical statements with using boolean rules and de-morgan thorems
Writes the boolean equation using the truth table and shows its logic circuit.
writes boolean equation by logic circuıts and shows its truth table.
describes the simplification methods by using 2 ,3,4,5 th Karnaugh maps
Will be able to create logic functions.
Defines the standard form of logic functions.
Shows the standard Sum of Products expression and minimum terms.
Shows the standard Product of Sums expression and maximum terms.
uses half adder, full adder and substractor.
indicates the applications of compositional circuits
Will be able to create Karnaugh Maps.
Explains simplification with Karnaugh maps.
Explains minimum terms with Karnaugh maps.
Explains maximum terms with Karnaugh maps.
Explains the concept of Don't Care.
Will be able to make Circuit Design.
Creates the logical expression for the given problem.
Simplifies the logical expression.
Realizes the problem using logic gates.
recognizes and uses the characteristics of Johnson counters.
indicates the applications of counters.
explains registers and latches.
explains serial in/out registers and serial in/parallel out registers.
explains parallel in/out registers and parallel in/serial out registers.
explains shift registers.
explains the use of registers as a ring counter.
shows the applications about registers and latches.
explains memory units and algorithmic state machines
recognizes RAM,ROM, PROM ,EPROM, EEPROM, FLASH, etc.
shows the applications of memory units.
defines the scheme of algorithmic state.
recognizes and uses Programmable Logic Array (PLA).
Recognizes and uses FPLA
explainS converters and digital modulation.
describes the types and working principles of digital/analog converters (DAC) and Analog/Digital converters (ADC).
uses integrated circuits (IC) of DAC and ADC.
explains the modulations of PAM and PWM by drawing their block schemes and graphics.
explains the modulations of Delta , PPM and PCM by drawing their block schemes and graphics.
shows digital modulation by using a sample circuit.