Electronics - Practice Test

(A) The maximum Zener current I Z(max) , when R L = 10 k$$Omega $$, is 15 mA

(B) The maximum Zener current I Z(max) , when R L = 10 k$$Omega $$, is 5 mA

(C) With V in = 20 V, I L = I Z , when R L = 2 k$$Omega $$

(D) The power dissipated across the Zener, when R L = 10 k$$Omega $$ and V in = 20 V is 100 mW

(B) The maximum Zener current I Z(max) , when R L = 10 k$$Omega $$, is 5 mA

(A) the pinch-off voltage

(B) its very low gate current

(C) the source and drain being far apart

(D) the geometry of the FET

(B) its very low gate current

(A) $$3,,left( {frac{V}{4},,frac{V}{2},,frac{{3V}}{4}} ight)$$

(B) $$3,,left( {frac{V}{3},,frac{{2V}}{3},,V} ight)$$

(C) $$4,,left( {frac{V}{5},,frac{{2V}}{5},,frac{{3V}}{5},,frac{{4V}}{5}} ight)$$

(D) $$4,,left( {frac{V}{4},,frac{V}{2},,frac{{3V}}{5},,V} ight)$$

(A) $$3,,left( {frac{V}{4},,frac{V}{2},,frac{{3V}}{4}} ight)$$

(A) 15 V, 1 k$$Omega $$

(B) 30 V, 4 k$$Omega $$

(C) 20 V, 2 k$$Omega $$

(D) 10 V, 5 k$$Omega $$

(A) 15 V, 1 k$$Omega $$

Electronics - Study Mode