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Biotechnology and Biomedical Engineering
Electronics & Communications
Computer Science & Engineering
Virtual High Voltage lab
Analog Signals, Network and Measurement Laboratory
Real Time Embedded Systems Laboratory
Name of the Experiment *
Measurement of Capacitance by Wien Series Bridge
Measurement of Relative permittivity by Schering Bridge
Mutual Inductance measurement by Campbell's Bridge
Verification of Substitution Theorem
Mutual Inductance measurement by Heaviside Bridge
Self-Inductance and Capacitance measurement by Resonance Bridge
Low Capacitance measurement by High Voltage Schering Bridge
Self Inductance measurement of an unknown coil by Heaviside Campbell Equal Ratio Bridge
Verification of Compensation Theorem
Verification of Superposition Theorem
Verification of Thevenin Theorem
Verification of Reciprocity Theorem
Verification of Norton Theorem
Verification of Tellegen's Theorem
Measurement of Capacitance by Schering Bridge
Mesurement of Self Inductance by Owen Bridge
Measurement of Self Inductance by Maxwell's Bridge
Measurement of Capacitance by Carey Foster Bridge
Verification of Millman’s Theorem.
Tests on Single Phase Transformer
Verification of Maximum Power Transfer Theorem.
Determination of different parameters of Two-port network and verification of their interrelations.
Measurement of Self-Inductance by Maxwell Bridge
Measurement of Capacitance by De Sauty's (Modified) bridge
To study the Wien Robinson's Frequency Bridge.
To study the Kelvin Double Bridge for Low resistance measurement .
To determine Mutual Inductance measurement by Campbell's Modification of Heaviside Bridge
To determine the High Resistance by Megohm Bridge method
Q meter Experiment
Precision Resistance Measurement by Carey Foster Slide-Wire Bridge.
R-L-C Circuit Analysis
Measurement of Self Inductance of High Quality Factor Coil by Hay's Bridge
Mutual Inductance measurement by Heydweiller Bridge
Measurement of Self Inductance accurately by Anderson's Bridge
Three Phase Power Measurement
Type of Experiment
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