ECUP524.1

Inspect the characteristics of SCR and its triggering using R, RC and UJT triggering circuits

ECUP524.2

Test the working and V-I characteristics of DIAC

ECUP524.3

Analyze the working of different types of AC voltage regulators

ECUP524.4

Examine the working of single-phase half and full bridge rectifiers, buck, boost and buck-boost regulators, dual converters and cyclo converters.

ECUP524.5

Analyze the speed control mechanism for DC motors and single phase induction motors

ECUP522.1

Examine the working of microwave test bench and its different components

ECUP522.2

Measure various microwave parameters using Microwave test bench

ECUP522.3

Analyze the characteristics of Gunn diode and the output power obtained.

ECUP522.4

Measure the characteristics of simple microwave circuits like couplers, power dividers and hybrid ring.

ECUP522.5

Determine substrate dielectric constant by measuring resonance characteristics of a microstrip ring resonator

ECUP523.1

Implement DFT, IDFT, and FFT algorithms for frequency-domain analysis.

ECUP523.2

Calculate linear and circular convolution of discrete sequences.

ECUP523.3

Implement two-stage decimator and interpolator systems.

ECUP523.4

Realize FIR and IIR digital filters using various techniques such as window methods and structural realizations.

ECUP523.5

Implement power spectrum estimation of discrete-time signals using window-based techniques

ECUP521.1

Recognize the necessity for Object Oriented Programming and become familiar with the fundamental concepts in OOP

ECUP521.2

Demonstrate java programs by reviewing object oriented data and report results.

ECUP521.3

Examine user friendly interfaces through the knowledge of JAVA and OOPS

ECUP521.4

Determine the solution to the problem using object oriented approach which are robust.

ECUP521.5

Interpret     various     multidisciplinary tasks through JAVA programming