B.Tech tuitions in Delhi Time table 12 Jul 2015

Following is the schedule of B.Tech tuitions in Delhi on Tejas Engineers Academy

Time and Subject	Topics	Batch Details
9:30 AM  to 11:30 AM(Electromechanical Energy Conversions)Category: B Tech Tuitions in Delhi for Electromechanical Energy conversions	In this class detailed analysis of three phase induction motor is to be covered. Three phase induction motor consists of three windings run by three phases of ac. These three phases are differing from each other by a phase angle of 120 degree. In this class a detailed analysis numerical solving and slip derivation is to be covered.Category:- B.Tech tuitions in Delhi for EMAC, B. Tech tuitions in Delhi for three phase induction motors, B.Tech tuitions in Delhi for Electromechanical Energy conversions, B.Tech tuitions in Delhi for transformers.	There is a batch of MDU students studying the EMAC subject. This is a special batch which is formed for mercy students. Syllabus is to be completed in one month
9:30 AM to11:30  AMSubject:- Signals and systems.Category:-B.Tech tuitions in Delhi for signals and systems.	This is a signal system class from start. In this class basic signals and their classification is to be studied, it comprises of time shifting, time scaling, amplitude scaling, time reversal, and negation.In this class we will also study signal classification, which involves, the types of signals such as, periodic signals, energy signals and power signals, causal non causal signals etc.Category:-B.Tech tuitions in Delhi for signal classification, B.Tech tuitions in Delhi for signal transformation, B.Tech tuitions in Delhi for energy and power signals.	This is a special batch which formed for the outsider students and they have to complete the syllabus in 10 days.

 

Explanation:-

EMAC:- Three phase induction motors and widely used for industrial applications, these are used to drive heavy machines and rotors. They develop torque from three phase windings in which a rotating magnetic field is produced. Rotating magnetic field exists in stator. This magnetic field when acts on the rotator, causes change in magnetic flux and hence eddy currents are produced in rotor. Production of eddy currents causes rotor to move in synchronously with the rotating magnetic field, it is because of the opposing nature of eddy currents due to which they oppose the relative motion.  Its study is very important from the engineering application point of view. Slip is a very important parameter of three phase induction motor. It is defined as the fractional difference is speed of the rotating magnetic field and the rotational speed of rotor.

Signal and system:- Basic signals those are used in engineering study are :- unit step signal, unit impulse signal, unit ramp signal, sinusoidal signal, exponential signal. These signals are used in the analysis and design of various communication engineering blocks. Many operations can be performed on signals, such as time shifting, time reversal, amplitude scaling. Signals can be classified into many types such as even odd signals, deterministic and random signals, periodic and non periodic signals, causal non causal signals. These classification of signals are very important in the study of digital signal processing, communication engineering.