Are you working in some company but did not cleared your B.Tech degree yet?

Are you finding difficulty in searching top level B.tech Tuition in Delhi and not able to manage time? Dont worry There is an institute which offers expert level B.tech Tuition in Delhi for major subjects like Engineering Mathematics, Mechanics , DSP, Digital system design, Microprocessor, Embedded systems etc. Tejas Engineers Academy offers highly expert level B.tech Tuition in Delhi for above mentioned subjects. Are you working in Gurgaon, Noida,East Delhi,Delhi NCR  or some other far off place? Dont worry Tejas Engineers Academy has special arrangement of B.tech Tuition in Delhi on weekends. Tejas Engineers Academy offers Tutors job to Top level industry professionals and College professors. Special Tutorial classes are arranged for Numericals and concept clarification. The top level B Tech tuition in Delhi by Tejas  Engineers Academy  is fully suported by written and printed notes.

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Any one of you can attend the class.

3 pm to 4 pm :- Microprocessor and microcontroller

3 pm to 4 pm: – Engineers Maths batch for DTU students

4pm to 5 pm:- Network analysis and synthesis

4 pm to 5 pm :- Engineering mathematics batch for USIT students

5 pm to 6 pm :- Electromagnetic field theory batch

5 pm to 6 pm :- Algorithm design and Analysis

6 pm to 7 pm :- Compiler design batch coaching for 6th semester students.

6 pm to 7 pm :- MDU maths batch for second semester

7 pm to 8 pm :- Special batch coaching for analog electronics for USIT students.

Anyone student looking for Engineering tuitions in Delhi for any of the above mentioned subject is allowed to attend the classes. You need to call us on no. 9999070890 before coming.

In this semester Tejas Engineers Academy is offering Engineering tutitions in Delhi for subjects like Engineering maths-2, Physics-2, Engineering mechanics, Electronic Devices, EMFT, Analog Electronics -2, NAS, COA, TOC, ADA, DSP,VLSI, Microwave Engineering, Embedded systems, MPMC.

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Following are the Engineering tuitions in Delhi classes to be held on 30^th July 2015 on Tejas Engineers Academy

Subject:- Analog Electronics – 1

Time: 10 AM to 12 PM

Topics to be covered:- In this lecture we will cover Biasing stabilization of Bipolar Junction Transistor. Topics to be covered are Transistor Modes, Transistor current components, Transistor biasing configuration, Common base, common emitter, common collector and their comparison. Fixed biasing technique, DC load line, AC load line and finding Q-point, Thermal runaway, self biasing with negative feedback. This lecture will be very important if you are a GATE student or a regular engineering student having Analog electronics as the main subject. Transistor is a three terminal semiconductor device having emitter, base and collector regions. A transistor can be of two types, npn or pnp. A transistor needs to be biased before using in amplifier circuit. There are two types of biasing the transistor, fixed biasing and self biasing. In fixed biasing operating point of transistor drifts with change in temperature, this problem is known as thermal runaway. To avoid this problem we use emitter resistant to provide negative feedback. Thermal runaway can also be avoided by using bias compensation.

Subject :- Signals and Systems

Time 12 PM to 2 PM

Topics to be covered and brief explanation:

In this lecture we will cover the system and its properties. A system is a device to which we apply an input signal and as a result it produces some output signal. There can be of two types of systems, continuous time system and discrete time systems. A continuous time systems is that which takes a continuous time signal as its input while discrete time system is that which takes discrete time signal as its input and produced discrete time signal as its output. A system has about six properties. (a) Linearity :- A system is said to be linear if weighted sum of two input signals produces weighted sum of corresponding output signals. (b) Time Invariance:- A system is said to be time invariant if a time shift in the input signal produces equal time shift in the output signal. (c) Causality:- A system is said to be causal if its present output depends upon present or previous values of input only but not on future values. (d) Invertibility:- A system is said to be invertible if we are able to find the value of output signal by the knowledge of input only. (e) Static or Dynamic system:- A system is said to be static or memory less if there is no delay or advanced operation. (f) Stable system:- A system is said to be BIBO stable if a bounded input applied to its input produces bounded output.

All subject Engineering subject tuitions in Delhi are provided by Tejas Engineers Academy. We aim to provide best engineering subject tuition in Delhi and NCR. Come to Tejas Engineering Academy for all your needs of B.Tech tuitions in Delhi.

Subject : STLD or Digital Electronics, Digital Circuits and systems

Time :- 2 PM to 4 PM

Brief:-

In this lecture we will cover combinational logic circuits design, such as Half Adder, Full Adder, Multiplexers, De-Multiplexer, Decoder, Encoder etc.

A Half Adder is a circuit which is used to add two bits. It produces two outputs, Sum and Carry. Half adder circuit can be realized by taking one exclusive or gate and other and gate. Sum is the xor of both input signals while carry is logic and of both input signals. A Full adder is used to add three bits or information. It has three inputs A, B and C and two outputs Sum and Carry. Sum is the xor of A , B and C while Carry is given by Carry = AB + BC + CA. These equations are determined by first writing the truth table of full adder then solving for Sum and Carry using K – MAP.

Come to Tejas Engineers Academy for engineering tuitions in Delhi.

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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.

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VHDL Programming

B.Tech tutorial classes start with an introduction to basic concepts like, Data objects, data types, Structural modeling, Behavior modeling and Data flow modeling. Then we move onto package body, package declaration, configuration declaration, configuration body, generate statement, Finite state machine design.

Asynchronous logic design

It starts with forming a transition table, state diagram, state table then deriving the excitation equation of flip flops then forming the final circuit. Some B.Tech coaching institutes do not cover word problems of ASL. Tejas Engineers Academy is one of top level B.Tech coaching institutes in Delhi which covers Word problem solving of ASL from book Morris Mano unsolved problems.

Algorithmic State machines

It involves forming the state diagram of circuit /Word level problem. Many B.Tech coaching institutes in Delhi do not covers the design of ASM using Multiplexers and Decoders. But Tejas Engineers Academy provides B.Tech Tutorial classes in Delhi covering circuit design using Multiplexers and Decoders.

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There are two types of filters in DSP, FIR filters and IIR filters. FIR filter stands for Finite Impulse response filters whereas IIR stands for Infinite Impulse response filters. In DSP every block to which we give some input signal is said to be a filter. The output produced by block depends upon the impulse response of system. Impulse response of system is the output produced by system by giving it a unit impulse as input signal. There is a high demand of B Tech coaching in Delhi for FIR Filter design. There are very special types of FIR filters which are known as Linear Phase FIR filters. These types of Filters have constant group and phase delays. Phase of system is tan^-1(Imaginary Part / Real Part) of Frequency response of system.  Negative differentiation of phase of filter with respect to angular frequency is known as group delay of Filter. Group delay of Filter must be constant for a filter to be linear phase. Research is being done these days to produce linear phase IIR filter. B Tech coaching in Delhi deals with both types of linear phase filters designs i.e. linear phase FIR filters and Linear phase IIR Filters.

We will now describe steps to design FIR filters for which B Tech coaching in Delhi is provided. For Designing Linear phase FIR filters first we should be having a given desired frequency response H_d(e^jw). Then we take its IDTFT to find the time domain version of desired response h_d[n]. We then multiply h_d[n] with a suitable window function w[n]. This gives us filter coefficients h[n]. We then take its Z-Transform to find H(z). Then we draw filter structure in direct form or cascade form. The aim of B Tech coaching in Delhi is to give exposure to Engineering students about various types of Filter design algorithms. Above technique is known as window method of FIR filter design.

There are other techniques also for designing IIR Filters such as Bilinear transformation and Impulse invariance method for which B Tech coaching in Delhi is provided. In next post we will describe various techniques in very easy way for designing IIR filters.

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Digital Circuits and Systems

Digital circuit system is a core subject of GATE exam in CSE as well as ECE. It is also a core subject of most of engineering disciplines. There are tough concepts like Tabular Method, Design using Multiplexers, FPGA block programming, etc. These concepts are very hard to understand in self study. Come to Tejas Engineers Academy, we are a group of Postgraduate and Doctorate Engineers and some of us are regular faculties of Engineering colleges. No one can explain you these techniques more easier than us.

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