Design an output voltage-clamping circuit as shown in Figure so that the normal slope of the transfer characteristic is $S = Vo / Vs = 10, Vo (max) = 5.7 V$ and $Vo (min) = ? 7.7 V$ . Determine the zener voltages $Vzl$ and $Vz 2$ . Assume $Vy = 0.7 V$ . Lutfen birini sepin: a. $?21 = 4 V, V_{2} 2 = 7 V$ b. $?21 = 3 V, V 22 = 5 V$ $c V 21 = 5 V, V 22 = 8 BV$ $d . V ZT = 5 V, V z 2 = 6 V$ e. $V x 1 = 5 V, V 22 = 7 N$

Question

Design an output voltage-clamping circuit as shown in Figure so that the normal slope of the transfer characteristic is

S = Vo / Vs = 10, Vo (max) = 5.7 V

and

Vo (min) = ? 7.7 V

. Determine the zener voltages

Vzl

and

Vz 2

. Assume

Vy = 0.7 V

. Lutfen birini sepin: a.

?21 = 4 V, V_{2} 2 = 7 V

b.

?21 = 3 V, V 22 = 5 V

c V 21 = 5 V, V 22 = 8 BV

d . V ZT = 5 V, V z 2 = 6 V

e.

V x 1 = 5 V, V 22 = 7 N

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