This channel is about solving questions in electrical engineering ( EE ) for GATE and other exams.
In this channel solutions to electrical problems is provided which can be a very good practice material for students preparing for GATE EE.
#GATE #EE

#digitalelectronics Que 11: Finding simplified expression of z for digital circuit with MUX & GATES.
9:39
#digitalelectronics Que 11: Finding simplified expression of z for digital circuit with MUX & GATES.
#digitalelectronics Que 10: K-map with dont care condition.
6:09
#digitalelectronics Que 10: K-map with dont care condition.
#digitalelectronics Que 9: Number of NAND gates required to implement a boolean expression.
6:18
#digitalelectronics Que 9: Number of NAND gates required to implement a boolean expression.
#digitalelectronics Que 8: Problem related to XOR gate.
2:18
#digitalelectronics Que 8: Problem related to XOR gate.
#networkanalysis Que 32: A problem related to Y parameters.
3:54
#networkanalysis Que 32: A problem related to Y parameters.
#digitalelectronics Que 7 : A NAND gate problem.
4:07
#digitalelectronics Que 7 : A NAND gate problem.
#controlsystems Que 22: Finding frequency of oscillation for a given mech. system.
4:21
#controlsystems Que 22: Finding frequency of oscillation for a given mech. system.
#controlsystems Que 21: Finding value of k to satisfy a given gain margin.
8:37
#controlsystems Que 21: Finding value of k to satisfy a given gain margin.
#digitalelectronics Que 6: Finding characteristic equation of flip-flop when truth table is given.
6:07
#digitalelectronics Que 6: Finding characteristic equation of flip-flop when truth table is given.
#networkanalysis Que 31: Finding voltage drop across a resistor using KCL.
3:30
#networkanalysis Que 31: Finding voltage drop across a resistor using KCL.
#networkanalysis Que 30: A simple problem on energy stored in an inductor.
1:46
#networkanalysis Que 30: A simple problem on energy stored in an inductor.
#networkanalysis Que 29: Finding value of R in an RLC circuit with 50Hz voltage source using phsors.
6:03
#networkanalysis Que 29: Finding value of R in an RLC circuit with 50Hz voltage source using phsors.
#digitalelectronics Que 5: A 4X1 MUX problem,
5:36
#digitalelectronics Que 5: A 4X1 MUX problem,
#networkanalysis Que 28: Finding Norton's equivalent circuit for a network with dependent source.
8:01
#networkanalysis Que 28: Finding Norton's equivalent circuit for a network with dependent source.
#digitalelectronics Que 4:An XOR gate problem.
4:19
#digitalelectronics Que 4:An XOR gate problem.
#digitalelectronics Que 3: A problem based on decoder.
3:41
#digitalelectronics Que 3: A problem based on decoder.
#networkanalysis Que 27: Finding di/dt in a circuit containing a step current source.
5:09
#networkanalysis Que 27: Finding di/dt in a circuit containing a step current source.
#signalsandsyatems Que 22: Finding differential equation for given impulse response of LTI system.
6:07
#signalsandsyatems Que 22: Finding differential equation for given impulse response of LTI system.
#networkanalysis Que 26: A simple problem with a DC source and a sinusoidal source.
1:54
#networkanalysis Que 26: A simple problem with a DC source and a sinusoidal source.
#signalsandsyatems Que 21 : Calculating x(1)+2*x(2) for a given input output relation of a system.
5:34
#signalsandsyatems Que 21 : Calculating x(1)+2*x(2) for a given input output relation of a system.
#networkanalysis Que 25: A problem related to thevenin's equivalent circuit.
4:04
#networkanalysis Que 25: A problem related to thevenin's equivalent circuit.
#networkanalysis Que 24 : A simple problem of resonance at all frequencies.
1:55
#networkanalysis Que 24 : A simple problem of resonance at all frequencies.
#networkanalysis Que 23: A problem related to mutual inductance and series resonance.
4:50
#networkanalysis Que 23: A problem related to mutual inductance and series resonance.
#networkanalysis Que 22: Finding time constant in a circuit.
4:15
#networkanalysis Que 22: Finding time constant in a circuit.
#networkanalysis Que 21: Finding steady state energy stored in capacitor using charge conservation.
6:10
#networkanalysis Que 21: Finding steady state energy stored in capacitor using charge conservation.
#networkanalysis Que 20: Calculating charge and energy stored in a capacitor.
5:35
#networkanalysis Que 20: Calculating charge and energy stored in a capacitor.
#networkanalysis Que 19: A simple problem on maximum power transfer.
5:06
#networkanalysis Que 19: A simple problem on maximum power transfer.
#networkanalysis Que 18: A simple KCL based problem.
3:36
#networkanalysis Que 18: A simple KCL based problem.
#networkanalysis Que 17: Finding voltage drop in a circuit.
3:33
#networkanalysis Que 17: Finding voltage drop in a circuit.
#networkanalysis Que 16 : Finding value of voltage source (part of load) for maximum power transfer.
6:59
#networkanalysis Que 16 : Finding value of voltage source (part of load) for maximum power transfer.