|
MCQs: The Elliptic filters have
1) Flat pass band
2) Flat stop band
3) Equiripple pass band
4) Equiripple stop band
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: The effects caused due to finite word lengths are
1) Coefficient quantization error
2) Adder overflow limit cycle
3) Round off noise
4) Limit cycles
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: The error in the filter output that results from rounding or truncating calculations within the filter is called
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: Consider the assertions given below. Which among them is an advantage of FIR Filter?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: In FIR filter design, which among the following parameters is/are separately controlled by using Kaiser window?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: Which window function is also regarded as 'Raised-cosine window'?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: In Barlett window, the triangular function resembles the tapering of rectangular window sequence _______ from the middle to the ends.
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: In Gibb's phenomenon, the ringing effect is predominantly present near the ______ .
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: How is/are the roundoff errors reduced in the digital FIR filter?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: In linear phase realization, equal valued coefficients are taken common for reducing the requisite number of ________.
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: Which filters exhibit their dependency upon the system design for the stability purpose?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: In FIR filters, which among the following parameters remains unaffected by the quantization effect?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: In the frequency response characteristics of FIR filter, the number of bits per coefficient should be _________in order to maintain the same error.
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: In cascade form of realization, how many bits should be used to represent the FIR filter coefficients in order to avoid the quantization effect on filter coefficients?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: Consider the assertions (steps) given below. Which among the following is a correct sequence of designing steps for the sampling rate converters?
A. Computation of decimation/interpolation factor for each stage.
B. Clarification of anti-aliasing / anti-imaging filter requirements.
C. Designing of filter at each stage.
D. Calculation of optimum stages of decimation/ interpolation yielding maximum efficient implementation.
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: In polyphase filters, the subfilters which share a common delay line results in the reduction of the storage requirement by factor ______
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: How is the operating level of sampling rate for the subfilters involved in the polyphase filters?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: In polyphase filter, which kind of realization is/are adopted for three subfilters possessing coefficients?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: How is the sampling rate conversion achieved by factor I/D?
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
|
MCQs: Program Sequence plays a crucial role in maintaining the track of ___________
Category: Electronic Engineering Questions, Published by: T-Code Scripts
|
