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Explain the operation of RC phase shift oscillator using op-amp and derive the expression for frequency of oscillations.
Draw the circuit and describe the operation of instrumentation amplifier by using Transducer Bridge. Derive the expression for its output voltage.
Broadly categorize the integrated circuits for a broad range of applications.
A horizontal pipe line 40m long is joined to a water tank at one end and discharges freely into the atmosphere at the other end. For the first 25 m of it’s from the tank, the pipe is 150 mm di
Describe and derive Bernoulli’s equation by using Euler’s equation.
Write the difference between simple manometers and differential manometers?
Draw and describe the architectural diagram of PSoC. Explain about analog and digital blocks of PSoC with neat diagrams.
Define the term embedded system? Write all the applications of embedded systems.
Draw the Programming model of 8051 µc. How the memory is organized in 8051 µc.
Define the term threshold voltage of a MOS device and describe its significance.
you must determine the natural frequency of the system and use this to produce a plot demonstrating the behavior of the module when resonance occurs.
Analyze the truss shown below using ANSYS. Determine the support reactions, joint displacements, and member axial forces. Indicate whether each member is in tension or compression.
Describe the working of 8 × 8 Omega Switching network.
What do you mean by the term paging? Describe how the method of paging can be implemented.
Describe techniques available for sequencing of micro instructions based on the address format.
Describe how various instruction are executed in computer with diagram of instruction cycles?
What do you mean by the term linear array? Compare Broad side array and End fire array?
What are the different merits and demerits of loop antennas?
Derive the Transfer Function for armature controlled d.c. motor, with neat diagram and describe the benefits of armature controlled d.c. motor over field controlled d.c. motor.
Describe the temperature control system concepts by using open loop as well as closed loop system.
Explain the principle of heterodyne wave analyzer with a block diagram.
Draw the circuit of an electronic dc voltmeter and explain its working principle. What are the draw backs of it and suggest a method to offset these problems.
Draw the schematic comprising values for an Ayrton shunt for a meter movement having a full scale deflection of 1 mA and an internal resistance of 500 Ω to cover the current ranges of 10, 50,
Describe the independent and dependent sources with the help of V-I characteristics.
Draw the circuit of a half-wave-rectifier and find the ripple factor, % regulation, efficiency and PIV.