ISRO Scientist or Engineer Electronics 2010

Interpolation by L, Delay by M, Decimation by L

Delay by M,Interpolation by L, Decimation by M

Decimation by L, Delay by M,Interpolation by L

Interpolation by L, Decimation by L, delay by M

$$2NBsinc(2\pi B \tau)$$

$$\pi NBsinc(2\pi B \tau)$$

$$ NBsinc(2\pi B \tau)$$

none of the above

Low Pass

High Pass

Band Stop

All Pass

$$Y(e^{j \omega }) = \frac{1}{(1 - \alpha e^{-j \omega })^2}$$

$$Y(e^{j \omega }) = \frac{1}{(1 + \alpha e^{-j \omega })^2}$$

$$Y(e^{j \omega }) = \frac{\alpha}{(1 - \alpha e^{-j \omega })^2}$$

none of the above

$$\frac{f(\omega)}{2 \pi}$$

$$\frac{f(- \omega)}{2 \pi}$$

$$2 \pi f(- \omega)$$

none of the above

To capture functional errors

To capture manufacturing defects

To capture timing violations

For radiation mitigation

The resonant frequencywill increase andthe Q will decrease

The resonant frequency and Q will both increase

The resonant frequency and Q will both decrease

The resonant frequency will decrease and the Q will increase

$$\overline{[\left\{(A + B).(\overline{D.E})\right\} + C}]$$

$$\overline{[\left\{(A.B)+(\overline{D+E})\right\}.C}]$$

$$[\left\{\overline{(A.B)} + (D + E)\right\}.\overline{C}]$$

False

0.05 Joules

50 Joules

500 Joules

-50 Joules

To optimize the colour quality

To optimize the picture sharpness

It is not relevant, because the CRT contains no crystalline lattice structur

Its effects are negligible, as the electron wavelength is very small compared to the spot size