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1
GATE ECE 2000
MCQ (Single Correct Answer)
+1
-0.3
The circuit of Fig. represents a GATE ECE 2000 Network Theory - Sinusoidal Steady State Response Question 72 English
A
Low pass filter
B
High pass filter
C
Band pass filter
D
Band reject filter
2
GATE ECE 1998
MCQ (Single Correct Answer)
+1
-0.3
The parallel $$RLC$$ circuit shown in figure is in resonance. In this circuit GATE ECE 1998 Network Theory - Sinusoidal Steady State Response Question 48 English
A
$$\left| {{{\rm I}_R}} \right| < 1m{\rm A}$$
B
$$\left| {{{\rm I}_R} + {{\rm I}_L}} \right| > 1m{\rm A}$$
C
$$\left| {{{\rm I}_R} + {{\rm I}_C}} \right| < 1m{\rm A}$$
D
$$\left| {{{\rm I}_L} + {{\rm I}_C}} \right| > 1m{\rm A}$$
3
GATE ECE 1996
MCQ (Single Correct Answer)
+1
-0.3
In the circuit of Fig., assume that the diodes are ideal and the meter is an average indicating ammeter. The ammeter will read GATE ECE 1996 Network Theory - Sinusoidal Steady State Response Question 49 English
A
$$0.4\sqrt 2 \,\,m{\rm A}$$
B
$$0.4\,\,m{\rm A}$$
C
$${{0.8} \over \pi }\,\,m{\rm A}$$
D
$${{0.4} \over \pi }\,\,m{\rm A}$$
4
GATE ECE 1996
MCQ (Single Correct Answer)
+1
-0.3
In Fig., A1, A2 and A3 are ideal ammeters. If A2 and A3 read 3 A and 4 A respectively, then A1 should read GATE ECE 1996 Network Theory - Sinusoidal Steady State Response Question 50 English
A
$$1$$ $$A$$
B
$$5$$ $$A$$
C
$$7$$ $$A$$
D
None of the above
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GATE ECE Subjects

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General Aptitude
Verbal Ability Logical Reasoning Numerical Ability
Network Theory
Network Elements State Equations For Networks Network Graphs Miscellaneous Sinusoidal Steady State Response Network Theorems Two Port Networks Transient Response
Microprocessors
Pin Details of 8085 and Interfacing with 8085 Instruction Set and Programming with 8085
Signals and Systems
Discrete Fourier Transform and Fast Fourier Transform Discrete Time Signal Fourier Series Fourier Transform Continuous Time Signal Laplace Transform Fourier Transform Representation of Continuous Time Signal Fourier Series Transmission of Signal Through Continuous Time LTI Systems Miscellaneous Sampling Continuous Time Linear Invariant System Discrete Time Linear Time Invariant Systems Discrete Time Signal Z Transform Transmission of Signal Through Discrete Time Lti Systems
Electromagnetics
Maxwell Equations Transmission Lines Uniform Plane Waves Antennas Waveguides Miscellaneous
Digital Circuits
Logic Families Analog to Digital and Digital to Analog Converters Boolean Algebra Semiconductor Memories Number System and Code Convertions Logic Gates Combinational Circuits Sequential Circuits
Electronic Devices and VLSI
PN Junction Semiconductor Physics IC Basics and MOSFET BJT and FET
Control Systems
Stability Frequency Response Analysis Compensators State Space Analysis Root Locus Diagram Signal Flow Graph and Block Diagram Time Response Analysis Basic of Control Systems
Communications
Analog Communication Systems Noise In Digital Communication Random Signals and Noise Fundamentals of Information Theory Digital Communication Systems
Engineering Mathematics
Probability and Statistics Transform Theory Numerical Methods Calculus Differential Equations Linear Algebra Vector Calculus Complex Variable
Analog Circuits
Frequency Response Operational Amplifier Power Amplifier Diodes Oscillators Feedback Amplifier 555 Timer Bipolar Junction Transistor FET and MOSFET
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