As evidence of our departmental laboratories and equipment, the laboratories used for education and research purposes in our department, the equipment in these laboratories and the experiments performed are given with their current images, respectively.
Circuit Lab 1-Circuit Lab 2
In this laboratory, students of the department practically implement basic electrical circuits. In order to carry out the experiments of the students, there are 13 digital oscilloscopes (2 channels, 50MHz bandwidth), 13 function generators (functional output: sinusoidal, trapezoidal, square wave, AM modulation output, frequency adjustable: DC-1MHz, amplitude adjustable: 0-14V), 13 DC power supplies (2 channels, 0-30V voltage, 0-6A current adjustable) and 14 digital multimeters in this laboratory.
Use of machinery and equipment in Circuit Lab 1 and Circuit Lab 2;
Series and Parallel Resistance Circuit Applications
Applications Involving Node and Loop Current Analysis Methods
Applications Involving Thevenin-Norton Theorems and Maximum Power Transfer
Applications Involving the Superposition Principle
Applications Involving Natural Responses of RL and RC Circuits
Applications Involving Step Responses of RL and RC Circuits
Applications Involving Natural Responses of Parallel R-L-C Circuits
Applications Involving Unit Step Response of Parallel R-L-C Circuits
Applications Involving Natural and Unit Step Response of Series R-L-C Circuits
Applications Involving Frequency, Amplitude and Phase Measurements in Basic AC/RC Circuits
Applications to Implement Basic AC/RC Circuits, Series AC RLC Circuits, Parallel RLC Circuits
Power Analysis Applications in AC Circuits
Passive Filter Applications
Electronics Laboratory
In this laboratory, they practically implement the basic electronic circuits of the department. In order to perform the working experiments, there are 13 digital oscilloscopes (2 channels, 50MHz bandwidth), 13 function generators (functional output: sinusoidal, trapezoidal, square wave, AM modulation output, frequency adjustable: DC-1MHz, amplitude adjustable: 0-14V), 13 DC power supplies (2 channels, 0-30V voltage, 0-6A current adjustable) and 14 digital multimeters in this laboratory.
Diode Characteristic Applications
Rectifier Circuit Applications
Clipper and Clamper Circuit Applications
Transistor Characteristic Applications
BJT Transistor DC Bias Applications
AC Analysis Applications of Transistor Amplifier
Applications of Obtaining Characteristic Curves of JFET,
555 Integrated Circuit Applications
Series and Parallel Voltage Regulator Applications
Double Stage Amplifier Circuit Applications
Inverting Amplifier (inverting amplifier) and Non-inverting Amplifier (non-inverting amplifier) Applications
Summing Amplifier and Subtracting Amplifier Applications
Op-amp Application as Derivative (differentiator) Circuit Applications
Measurement (Instrumentation) Circuit Applications
Band Pass Filter Circuit Applications
Square Wave Oscillator Circuit Applications with 555 Integrated Circuit
Logic Circuits Laboratory
In this laboratory, students of the department learn the concepts required for the hardware of all systems from simple digital circuits to computer systems, and gain the necessary hardware and design skills for analysis and design.
In order to carry out the experiments of the students, they use both the devices in the circuit laboratory and various integrated circuits for design. For example, 7404 (Not Gate), 7408 (And Gate), 7432 (Or Gate), 7400 (NAND Gate), 7486 (EXOR Gate), LED, Resistor, Switch, Jumper.
The following applications are carried out using the machinery and equipment in Circuit Laboratory 1 and Circuit Laboratory 2 and using the mentioned integrated circuits:
Implementation Applications of AND, OR, NOT, NAND, NOR, EXOR Gates with Integrals
Applications for Learning De’ Morgan Theorem
Applications for Implementing a Logic Function with Logic Gates and Finding the Simplest Form of a Digital Circuit with Boolean Algebra
Applications for Representing Logic Functions with Gates
Applications for Simplifying Logic Expressions with the Help of Karnough Maps
Encoder and Decoder Applications
Applications for Defining R-S, J-K, D, T FLIP-FLOPs
Applications for Implementing a Floating Light Digital Circuit Using D FLIP-FLOPs
Electrical Machines laboratory
In the Electrical Machines laboratory, students gain general knowledge and experience by performing basic electrical machinery experiments. The following materials are used in the electrical machinery laboratory:
Single and three-phase transformer
Series, shunt and compound wound DC motor
Series, shunt and compound wound DC generator
Single-phase induction motor
Three-phase squirrel cage asynchronous motor
Three-phase slip-ring asynchronous motor
Three-phase salient pole synchronous motor
Three-phase salient pole synchronous generator
In this laboratory;
Applications of Neutral Axis Shifting and Determination of Brush Location in DC Machines
Applications of Idle and Load Operation of Foreign Excited D.C. Shunt Dynamo,
D.C. Shunt Motor Load Operation Applications
Application for Single Phase Transformer No Load Operation and Finding Transformation Ratio
Application for Measuring Primary-Secondary Circuit Resistances of Single Phase Transformer
Application for Short Circuit Test of Single Phase Transformer and Investigation of Copper Losses
Application for Single Phase Transformer Load Operation, Regulation and Efficiency
Applications for Parallel Connection of Single Phase Transformer
Applications to Find the Characteristics of a Single Phase Transformer Without Label Information
Applications to Examine the Loaded Operation of a Three Phase Transformer
Studies to Find the Connection Groups of a Three Phase Transformer
Applications of Torque-Speed Characteristics of D.C Motor
Applications of Load Operation of D.C Shunt Motor with D.C. Controller
Applications of Empty Operation of D.C Compound Dynamo are being carried out.
Asude Ağartan Microprocessor Laboratory
In this laboratory, basic microprocessor and controller experiments can be performed with Intel 8051 microprocessor and Microchip PIC microcontroller experiment sets. In this laboratory,
MC04 Experiment Set is used.
In this laboratory;
Usage Applications of LED Indicators and Portals
Usage of Buttons and Testing of Logic Status Applications
Loop Editing, Time Delay and Subroutine Applications
Applications of Examination of Counters with Conversion Tables
LCD Display, Keypad and Sensor Applications
Interrupt Applications in PIC 16F877 Microcontroller
Timer Applications in PIC 16F877 Microcontroller
Capture/Compare/PWM Module Applications
Serial Communication Applications in PIC 16F877 Microcontroller are performed.
Antenna Laboratory
There are 2 Amitec brand basic antenna sets with 86-860 MHz transmitter and receiver frequency range and 1 Amitec brand advanced antenna set with 0.005-2 GHz transmitter and receiver frequency range. In the laboratory where 25 different antennas are available, measurements such as radiation diagram, gain and return loss can be obtained.
Telecommunications Laboratory
In this laboratory, experiments on basic communication techniques are carried out. In order for students to carry out experiments, there are a total of 5 experimental sets and 5 digital oscilloscopes in the communication laboratory. Circuits for each communication technique are available in these experimental sets.
In this laboratory, basic microprocessor and controller experiments can be carried out with Intel 8051 microprocessor and Microchip PIC microcontroller experimental sets. Note: Asude Ağartan is a colleague of ours who lost her life in an unfortunate traffic accident while she was a student in our department (24.09.2009 - we will not forget you).
PLC Laboratory
There are 6 Siemens S7-1200 PLC training sets in our laboratory. Basic PLC experiments are carried out.
Research Laboratories:
Photonics and Laser Technologies Research Laboratory
Wireless Communication Technologies Research Laboratory (KITLab)