GATE Electronics Engineering Quiz

GATE Electronicsテストには、10,000以上の選択式の質問と回答があります。

This application has been developed for testing your GATE Electronics skills. This is a latest and fantastic new education application which has been fueled with lots and lots of interesting questions that test you intelligence in the subject. It has more than 10,000 multiple choice questions and answers and these cover a wide range of varieties of topics. General knowledge starting from basic to high level GATE Electronics can be found in this app.

This is a complete GATE Electronics study app which covers from the base to the highest level and this is one of the very few best learning apps and most useful apps that can be found online for free.

This GATE Electronics testing app has been designed in the best possible manner so that the user can constantly improve his/her knowledge about the subject. This GATE Electronics testing application suits for all lower, intermediate and higher levels as this application carries a combination of questions for testing the user from the basic level to the highest level. The questions in each level will be displayed randomly.

By going through the tests and attempting the questions, the user can improve his/her GATE Electronics knowledge and can score well in college level and competitive level exams.

The application is very easy to use and has been designed very carefully keeping in mind the needs of the students. When a student/user makes a mistake the application indicates and also shows the correct answer. Take the GATE Electronics tests repeatedly and analyze your improved results each time.

This is a free version and this can be used in both offline mode and online mode.

Some of the most important categories covered under the GATE Electronics tests are:

- Networks

- Signals and Systems

- Network solution methods

- Continuous-time signals

- Electronic Devices

- Energy bands in intrinsic and extrinsic silicon

- Carrier transport current

- drift current

- Analog communications: amplitude modulation and demodulation

- angle modulation and demodulation

- spectra of AM and FM

- superheterodyne receivers

- circuits for analog communication

- Electromagnetics

- Electrostatics

- boundary conditions

- wave equation

- Poynting vector

- Plane waves and properties

- reflection and refraction

- polarization

- phase and group velocity

- propagation through various media

- skin depth

- bias stability

- mid-frequency small signal analysis

- Digital Circuits

- Number systems

- Combinatorial circuits

- Boolean algebra

- minimization of functions using Boolean identities and Karnaugh map

- logic gates and their static CMOS implementations

- arithmetic circuits

- code converters

- multiplexers

- decoders and PLAs

- Sequential circuits

- latches and flip flops

- Control Systems

- Basic control system components

- Feedback principle

- Transfer function

- Block diagram representation

- Signal flow graph

- Transient and steady-state analysis of LTI systems

- Frequency response

- Routh-Hurwitz and Nyquist stability criteria

- Bode and root-locus plots

- mobility and resistivity

- Generation and recombination of carriers

- Poisson and continuity equations

- P-N junction

- Zener diode

- BJT

- MOS capacitor

- MOSFET

- LED

- Analog Circuits

- Small signal equivalent circuits of diodes

- BJTs and MOSFETs

- Simple diode circuits

- clipping

- clamping and rectifiers

- Single-stage BJT and MOSFET amplifiers

- biasing

- Communications

- Random processes

- autocorrelation and power spectral density

- properties of white noise

- filtering of random signals through LTI systems

- Transmission lines: equations

- characteristic impedance

- impedance matching

- impedance transformation