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- maximum current through zener diode-

Question

Toppr Admin · Accepted Answer

Correct option is B- -3-5- mA-i-i- - -dfrac -6-4- - 1-5- mA-Maximum current will be obtained for battery voltage -16- V-i - -dfrac -16 - 6-2- - 5mA- i-z-max- - 5 - 1-5 - 3-5- mA-

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.

Correct option is B. $$3.5\ mA$$
$$i_{i} = \dfrac {6}{4} = 1.5\ mA$$
Maximum current will be obtained for battery voltage $$16\ V$$
$$i = \dfrac {16 - 6}{2} = 5mA\ i_{z}(max) = 5 - 1.5 = 3.5\ mA$$.

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.

Correct option is B. $$3.5\ mA$$$$i_{i} = \dfrac {6}{4} = 1.5\ mA$$Maximum current will be obtained for battery voltage $$16\ V$$$$i = \dfrac {16 - 6}{2} = 5mA\ i_{z}(max) = 5 - 1.5 = 3.5\ mA$$.

Correct option is B. $$3.5\ mA$$
$$i_{i} = \dfrac {6}{4} = 1.5\ mA$$
Maximum current will be obtained for battery voltage $$16\ V$$
$$i = \dfrac {16 - 6}{2} = 5mA\ i_{z}(max) = 5 - 1.5 = 3.5\ mA$$.