I am pursuing Final Year B.E Computer Science and Engineering Course from Solapur University. I prepared well for my Semester Examination now want to do last preparation with Previous Years Question Papers so please provide me the same?

As you are looking for question papers of First Semester Examination of Master in Engineering Course of Solapur University, so I am providing question papers:

Solapur University Master in Engineering 1st Semester Question Paper
Digital Electronics and Communication System
Paper – II : CMOS VLSI DESIGN
SECTION – I
1. a) With the help of physical structure of NMOS enhancement transistor explain accumulation, depletion and inversion modes
b) Explain MOS device design equations.
2. a) Define noise margin and explain how it can be obtained from voltage transfer
characteristic of CMOS inverter.
b) Explain static power dissipation of CMOS inverter.
3. a) Design half adder using CMOS logic.
b) Explain signal integrity issues in dynamic design.
4. Write notes on any three of the following :
a) Technology scaling
b) Power and energy delay
c) Dynamic logic : basic principle
d) Leakage in dynamic circuits.

SECTION – II
5. a) Explain master slave positive edge triggered register using multiplexers.
b) Explain C2 MOS register.
6. a) Explain any two timing classification methods of digital systems.
b) Explain sources of skew and jitter.
7. a) How PLL can be used for clock synchronization ?
b) Explain designing of SRAMS.
8. Write notes on any three of the following :
a) Latch based clocking
b) TSPCR
c) Clock distribution
d) Designing arithmetic building blocks.

MODERN DIGITAL SIGNAL PROCESSING (Paper – III)

SECTION – I
1. 1) Explain the design of FIR differentiator.
2) Explain in detail with condition, design of optimum equi ripple linear phase
FIR filter.
2. 1) Explain the Levinson Durbin algorithm for computation of LPC’s.
2) Determine impulse response of FIR filter that is described by the lattice
coefficient K1 = 0.6, K2 = 0.3, K3 = 0.5 and K4 = 0.9.
3. 1) Explain the relationship between the auto correlation and the model parameter.
2) Explain the Burg method for AR model parameter.

SECTION – II
4. 1) An IIR digital low pass filter is required to meet following specification.
Passband ripple ≤ 0.5 dB
Passband edge : 1.2 KHz
Stop band attenuation ≥ 40 dB
Stop band edge : 2.0 KHz
Sample rate : 8 KHz
Use design formulas to determine the order for digital butterworth filter.
2) Give the relation between LPF and other filters by use of frequency
transformation.
5. 1) Explain the method of sampling rate conversion by a factor I/D. Explain the
design of interpolator and decimeter filter.
2) Consider the signal x(n) = an u(n), |a| < 1. Determine the spectrum X(w).
The signal x(n) is applied to decimeter that reduces the rate by a factor of 2.
Determine the output spectrum.
6. 1) Explain in detail the three level decomposition in case of multi resolution
analysis of wavelet system.
2) Describe the characteristic of discrete wavelet transform.

Solapur University Master in Engineering 1st Semester Question Paper

Attached Files

Solapur University Master in Engineering 1st Semester Question Paper.pdf (1.80 MB, 182 views)