ISRO Scientist or Engineer Electronics 2006
For the following questions answer them individually
ISRO Scientist or Engineer Electronics 2006 - Question 11
For the circuit shown in the given figure, the voltage $$V_{AB}$$ is
ISRO Scientist or Engineer Electronics 2006 - Question 12
The equivalent Capacitance across 'ab' will be
ISRO Scientist or Engineer Electronics 2006 - Question 13
The transfer function, $$T(s) = \frac{s}{s + a}$$ is that of a
ISRO Scientist or Engineer Electronics 2006 - Question 14
A particular current is made up of two components: a 10 A dc and a sinusoidal current of peak value of 1.414 A. The average value of the resultant current is
ISRO Scientist or Engineer Electronics 2006 - Question 15
By doubling the sampling frequency
ISRO Scientist or Engineer Electronics 2006 - Question 16
The output voltage ($$v_o$$) of the circuit shown in the given figure is
ISRO Scientist or Engineer Electronics 2006 - Question 17
Assuming that only the X and Y logic inputs are available and their complements $$\overline{X}$$ and $$\overline{Y}$$ are not available, what is the minimum number of two-input NAND gates requires to implement $$X \oplus Y$$
ISRO Scientist or Engineer Electronics 2006 - Question 18
In the given network of AND and OR gates f can be written as:
ISRO Scientist or Engineer Electronics 2006 - Question 19
A Pulse train with a frequency of 1MHz is counted using a modulo 1024 ripple-counter built with J-K flip-flops. For proper operation of the counter the maximum permissible propagation delay per flip-flop stage is
ISRO Scientist or Engineer Electronics 2006 - Question 20
The A/D converter used in a digital voltmeter could be (1) successive approximation type (2) Flash converter type (3) Dual slope converter type. The correct sequence in the increasing order of their conversion times is
