Semiconductor E...

Determine the current through zener diode for the circuit shown in figure is: (Given: zener diode break down voltage $$V_z=5.6V$$)

The output of the given combination of gates is equivalent to:

A device or power strip designed to protect electronic equipment from power surges and spikes is known as.....

Logic gate for inpute A an  B is given in figure .
Which table is correct for given gates system:

The term 'Pentium' is related to what?

The logic circuit in the figure represents characteristics of which logic gate?

The reverse breakdown voltage of a Zener diode is $$5.6\ V$$ in the given circuit.
The current $$I_{Z}$$ through the Zener is

The truth table for the circuit given in the fig. is:

For the given circuit shown in figure, the potential of the battery is varied from $$10V$$ to $$16V$$. If by zener diode breakdown voltage is $$6V$$, find maximum current through zener diode.

The figure represents a voltage regulator circuit using a Zener diode. The breakdown voltage of the Zener diode is 6V and the load resistance is $$R_L = 4 k \Omega$$. The series resistance of the circuit is $$R_i = 1 k \Omega$$. If the battery voltage $$V_B$$ varies from $$8V$$ to $$16V$$, what are the minimum and maximum values of the current through Zener diode ?