Circuit Analysis Laboratory
Characterization of basic and advanced electrical circuits
- Equipment: Multimeters, function generators, dual-channel oscilloscopes, DC power supplies, electronic loads
- Applications: Experimental verification of Ohm’s and Kirchhoff’s laws, transient-steady-state measurements of RC/RL/RLC circuits, determination of Thevenin-Norton equivalents, power-factor analysis
- Outcomes: Measurement-error analysis, data acquisition-reporting, comparison of SPICE-based simulation results with real circuits
Analog Electronics Laboratory
Semiconductor devices and analog signal processing
- Equipment: High-bandwidth oscilloscopes, spectrum analyzers, signal generators, PCB prototyping stations
- Applications: Diode-transistor characteristics, multi-stage amplifier design, active-passive filters, op-amp-based integrator-differentiator, oscillators
- Outcomes: Biasing techniques, frequency-response optimization, feedback-stability assessment
Digital Electronics Laboratory
Logic circuits and FPGA-based systems
- Equipment: FPGA development kits (Xilinx/Intel), logic analyzers, programmable power supplies, high-speed prototyping boards
- Applications: Boolean optimization, sequential circuit design, module development with VHDL/Verilog, digital-analog interfacing
- Outcomes: Hardware description languages, timing analysis, collaboration with embedded processors
Embedded Systems Laboratory
Microcontrollers, real-time control, IoT
- Equipment: Arduino training kits
- Outcomes: Hardware-software co-design, industrial communication standards
Telecommunications Laboratory
Analog-digital communications and RF systems
- Equipment: Vector network analyzers, software-defined radio (SDR) kits, microwave training sets, antenna-measurement chambers
- Applications: AM/FM/PM modulation-demodulation, digital modulation techniques (QAM, OFDM), channel coding-decoding, antenna characterization
- Outcomes: Spectrum management, communication-chain design, RF safety-compliance testing
Electrical Machines Laboratory
Rotating machines, transformers and electric energy conversion
- Equipment: Three-phase synchronous and asynchronous motor-generator sets, DC machine stations, variac-assisted power panels, transformer test units, torque-speed sensors
- Applications: No-load and short-circuit transformer tests, extraction of torque-speed characteristics, efficiency-loss analysis, motor-drive parameter tuning, regenerative braking experiments
- Outcomes: Principles of electromechanical energy conversion, determination of machine equivalent-circuit parameters, industrial motor-control strategies
Control Laboratory
Feedback systems and industrial automation
- Equipment: PID training sets, servo/DC motor platforms, PLC-SCADA stations, MATLAB/Simulink real-time HIL units
- Applications: Position-speed control, process control (temperature-pressure-flow), robotic-arm kinematics, drone oscillation damping
- Outcomes: Model-simulation conformity, controller tuning methods (Z-N, IMC), Industry 4.0 integration
