Digital Electronics and Microprocessors Laboratory

The laboratory is used for applications of Logic Circuits, Logic Circuits Design, Microprocessors and Industrial Electronics courses in the Electrical and Electronics Engineering curriculum as well as for the research in the fields of digital electronics and microprocessors.

Teaching and Research Group

Prof. Avni Morgül

Asst. Prof. B. Demir Öner

Asst. Prof. Fatma Sarıca

Laboratory Equipment

• Logic Circuits Experimental Sets: 15 BL-3000 experimental set main units; 15 of BL-3001, BL3002, BL-3003 ve BL-3004 modules each.
• Experimental Sets and Software for Industrial Electronics and Microprocessors Laboratories: 15 END-7000 Fundamental and Advanced Industrial Electronics Training Set (with 7 modules); 15 PLC-05 Fundamental and Advanced PLC Training Set (with TD 200 operator panel); 15 TEKOPIC 2 PIC Training Set; 1 Micro C PIC Programming Software; 15 Logic Probe.

Teaching and Research

Logic Circuits Teaching and Research

• Boolean Algebra and Logic Gates, Realization of NAND & NOR Universal Gates
• Adders, Subtracters and Code Converter
• Decoders and Encoders
• Multiplexers (MUX) and Demultiplexers (DEMUX)
• Flip-Flop Applications; Flip-Flop Triggering, Synchronous FF Applications, Asynchronous FF Applications
• Registers and Memory Units

Logic Circuits Design Teaching and Research

• Gate-level modelling of combinatorial circuits using Verilog HDL
• Dataflow modelling of combinatorial circuits using Verilog HDL
• Behavioral modelling of combinatorial circuits using Verilog HDL
• Design of Decoder/Encoder and Multiplexer/Demultiplexer using Verilog HDL
• Simulation of sequential Circuits with Verilog HDL
• Simulation of Finite State Machines with Verilog HDL
• Data bus with Verilog HDL
• Field-programmable gate arrays with Verilog HDL
• Register-transfer level design with Verilog HDL
• Optimization and with Trade-Off Verilog HDL

Microprocessors Teaching and Research

• Using the Input Unit
• Using the Output Unit
• Using Digital-to-Analog Converter (DAC) with the Output Unit
• Using Analog-to-Digital Converter (ADC) with the Input Unit
• Input/Output Commands from Microcontroller Ports
• Arithmetic and Logic Commands
• Bit, Data Transfer and Program Jump Commands
• Timer Application
• Interrupt Application

Industrial Electronics Teaching and Research

• Operating Thyristor at DC Voltage
• Commutation of Thyristor Operating at DC Voltage Using Series Switch
• Commutation of Thyristor Operating at DC Voltage Using Parallel Switch
• Commutation of Thyristor Operating at DC Voltage Using Capacitive Switch
• Triggering Thyristor with UJT
• Operating Triac at DC Voltage
• Examining Diac
• Using Diac as an Oscillator
• Operating Thyristor at AC Voltage
• Operating Triac at AC Voltage
• Triggering Triac with Diac
• Experiments with Various Sensor Types