Bode plot, Nyquist criterion and the control function which is properties of Nonlinear Systems. required in the process. DIGITAL Students should be able to know The student will able to know SIGNAL what is DSP system, FFT, DFT, DSP system, advantages of PROCESSING Design of IIP and filters and digital signal over analog application of DSP using signals. Application of DFT microprocessor. They are able to and FFT in analysis of signal case study of Microprocessor-based processing. Digital Filter. TE II (Semester-VI) – POWER SYSTEM The student completing this course At the end of this course STABILITY & is expected to understand the need the students will able to CONTROL of stability and control in power understand or to tackle system. The students are able to the various problems gain the knowledge about the faced by power system. various symmetrical and They can also verify the unsymmetrical faults, optimal faults which occur in the condition in power system, load power system. Added to frequency control and also power this they can also be able system security. to know the advantages of the power system when work on the stable condition. CONTROL SYSTEM To demonstrate the basic To assess the students DESIGN knowledge of the control system progress towards the which they have learned in the control system. A feedback control system. This number of unsolved course includes Compensator problems may be design using Root locus, System assigned to the students stability and performance in to design the control frequency domain, Compensator system. At completion of design using Bode Plot and State this course the students space Design. may be asked to design the given task based on the control system. POWER Students can acquire the The learning outcomes ELECTRONICS knowledge of the Power are assessed through the Semiconductor Switches with their homework assignment working, characteristics and their and various practical ratings. They can also learn performed on the power working, characteristics of electronics devices. This Uncontrolled Rectifiers, Controlled will also help them to Rectifiers, Three phase half wave control or to regulate the converter, Cycloconverters, DC- power supply wherever DC Power Converters Choppers, required. It is also – and DC- AC Power Converters applicable for – Inverters and also their waveforms controlling the industrial
Bode plot, Nyquist criterion and properties of Nonlinear Systems. the control function which is required in the process. DIGITAL SIGNAL PROCESSING Students should be able to know what is DSP system, FFT, DFT, Design of IIP and filters and application of DSP using microprocessor. They are able to case study of Microprocessor-based Digital Filter. The student will able to know DSP system, advantages of digital signal over analog signals. Application of DFT and FFT in analysis of signal processing. TE – II (Semester-VI) POWER SYSTEM STABILITY & CONTROL The student completing this course is expected to understand the need of stability and control in power system. The students are able to gain the knowledge about the various symmetrical and unsymmetrical faults, optimal condition in power system, load frequency control and also power system security. At the end of this course the students will able to understand or to tackle the various problems faced by power system. They can also verify the faults which occur in the power system. Added to this they can also be able to know the advantages of the power system when work on the stable condition. CONTROL SYSTEM DESIGN To demonstrate the basic knowledge of the control system which they have learned in the feedback control system. This course includes Compensator design using Root locus, System stability and performance in frequency domain, Compensator design using Bode Plot and State space Design. To assess the students progress towards the control system. A number of unsolved problems may be assigned to the students to design the control system. At completion of this course the students may be asked to design the given task based on the control system. POWER ELECTRONICS Students can acquire the knowledge of the Power Semiconductor Switches with their working, characteristics and their ratings. They can also learn working, characteristics of Uncontrolled Rectifiers, Controlled Rectifiers, Three phase half wave converter, Cycloconverters, DC- DC Power Converters – Choppers, and DC- AC Power Converters – Inverters and also their waveforms The learning outcomes are assessed through the homework assignment and various practical performed on the power electronics devices. This will also help them to control or to regulate the power supply wherever required. It is also applicable for controlling the industrial