#1
1st August 2014, 09:08 AM
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TANCET ME ECE syllabus and the reference books
I want to give the exam of TANCET and for that I want to get the TANCET ME ECE syllabus and the reference books so can you provide me that?
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#2
1st August 2014, 11:55 AM
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Re: TANCET ME ECE syllabus and the reference books
As you want to get the details of TANCET ME ECE syllabus and the reference books so here it is for you: Part I Engineering Mathematics • Applied Probability • Calculus and Differential Equations • Determinants and Matrices • Functions of Complex Variables and Complex Integration • Numerical Methods • Transforms: Laplace Transform – Inverse transforms • Vector Calculus PART – II Basic Engineering and Sciences • Applied Mechanics • Chemistry • Civil Engineering • Computers • Electrical Engineering • Material Science • Mechanical Engineering • Physics Part III Electronics and Communication Engineering Circuit Analysis • DC Circuit analysis • Sinusoidal steady state analysis • Thevenin’s and Norton’s equivalent circuits • Transient and resonance in RLC circuits Electronic Devices • Diodes • Bipolar Junction Transistors Electronic Circuits • Feed back amplifiers • Large signal amplifiers • Oscillators • Power supplies • Pulse shaping circuits • Small signal amplifiers using BJT and FET devices Digital Electronics • Combinational circuits • Logic gates • Sequential circuits Linear Integrated Circuits • A/D and D/A converters • Operational amplifiers and its applications • PLL • Voltage regulators Measurements and Instrumentation • Digital Instruments • Display and Recording systems • Transducers Microprocessor and its applications: • Microprocessors-8085 and 8086 architectures and interfaces • Micro-controller and applications Electromagnetic Fields • Time varying Electric and Magnetic fields • Static Electric and Magnetic fields • Maxwell equations EM waves and waveguides • Rectangular and cylindrical waveguides • Guided waves Transmission Lines and Networks • Impedance matching • Transmission line equations • Filters Antennas and Propagation • Arrays • Propagation of radio waves • Aperture antennas Communication Theory and Systems • Amplitude Modulation, Frequency Modulation and Pulse Modulation • Multiplexing • PCM, DM, ADM • Sampling and Quantization Microwave Engineering • Microwave measurements • Microwave tubes • Passive components • Semiconductor devices Digital Communication • Band pass signaling • Base band signaling • Error control coding • Spread spectrum techniques Computer Communication Networks • Data link protocols • Definition of layers • End-End protocols • Message routing technologies • Network interconnection Optical Communication • Optical Fibers • Optical transmitters and receivers Signals and Systems • Continuous time signals and systems • Fourier Transform • Discrete time signals and systems-DTFT, DFT, Z-Transform • Laplace transform Digital Signal Processing • IIR and FIR filters • Quantization effects • Realization and implementation Control Systems • Transfer function • Time and frequency response analysis • Stability analysis • State variable analysis |
#3
14th September 2014, 04:08 PM
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Re: TANCET ME ECE syllabus and the reference books
Can you give the reference books for TANCET ME-ECE preparation ?
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#4
24th February 2015, 08:39 AM
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Re: TANCET ME ECE syllabus and the reference books
Will you provide me the syllabus of the TANCET ME ECE exam , as I want to do preparation for TANCET ME ECE exam?
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#5
24th February 2015, 09:17 AM
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Re: TANCET ME ECE syllabus and the reference books
As you want I am here providing you ECE syllabus and books for TANCET ME exam . ECE syllabus TANCET ME exam: Part I Engineering Mathematics Applied Probability Calculus and Differential Equations Determinants and Matrices Functions of Complex Variables and Complex Integration Numerical Methods Transforms: Laplace Transform – Inverse transforms Vector Calculus PART – II Basic Engineering and Sciences Applied Mechanics Chemistry Civil Engineering Computers Electrical Engineering Material Science Mechanical Engineering Physics Part III Electronics and Communication Engineering Circuit Analysis DC Circuit analysis Sinusoidal steady state analysis Thevenin’s and Norton’s equivalent circuits Transient and resonance in RLC circuits Electronic Devices Diodes Bipolar Junction Transistors Electronic Circuits Feed back amplifiers Large signal amplifiers Oscillators Power supplies Pulse shaping circuits Small signal amplifiers using BJT and FET devices Digital Electronics Combinational circuits Logic gates Sequential circuits Linear Integrated Circuits A/D and D/A converters Operational amplifiers and its applications PLL Voltage regulators Measurements and Instrumentation Digital Instruments Display and Recording systems Transducers Microprocessor and its applications: Microprocessors-8085 and 8086 architectures and interfaces Micro-controller and applications Electromagnetic Fields Time varying Electric and Magnetic fields Static Electric and Magnetic fields Maxwell equations EM waves and waveguides Rectangular and cylindrical waveguides Guided waves Transmission Lines and Networks Impedance matching Transmission line equations Filters Antennas and Propagation Arrays Propagation of radio waves Aperture antennas Communication Theory and Systems Amplitude Modulation, Frequency Modulation and Pulse Modulation Multiplexing PCM, DM, ADM Sampling and Quantization Microwave Engineering Microwave measurements Microwave tubes Passive components Semiconductor devices Digital Communication Band pass signaling Base band signaling Error control coding Spread spectrum techniques Computer Communication Networks Data link protocols Definition of layers End-End protocols Message routing technologies Network interconnection Optical Communication Optical Fibers Optical transmitters and receivers Signals and Systems Continuous time signals and systems Fourier Transform Discrete time signals and systems-DTFT, DFT, Z-Transform Laplace transform Digital Signal Processing IIR and FIR filters Quantization effects Realization and implementation Control Systems Transfer function Time and frequency response analysis Stability analysis State variable analysis |
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