दिये गए परिपथ आरेख में, निवेश वोल्टता `(V _(i )) 20 V , V _(BE ) =0 ` तथा `V _(CE ) = 0 ` है। `I _(B ), I _(C ) ` तथा `beta ` के मान होंगे :

In the circuit shown in the figure, the input voltage V_(i) is 20V, V_(BE)=0 and V_(CE) = 0 . The values of I_(B) , I_(C) and beta are given by

In the circuit shown in the figure, the input voltage V_i is 20 V, V_(BE) = 0 and V_(CE) = 0 . The values of I_B , I_C and beta are given by

In the circuit shown in the figure, the input voltage V_(i) is 20V,V_(BE)=0 and V_(CE)=0 . The values of I_(B),I_(C) and beta are given by:

In the circuit shows in the figure, the input voltage V_(i) is 20 V, V_(BE)=0 and V_(CE)=0 . The values of l_(B), l_(C) and beta are given by

In the circuit shown in the figure, the input voltage V_i = +5 V, V_(BE) = + 0.8 V and V_(CE) = +0.12 V . Find the values of I_B I_C and beta .

If u+v = 84 and u-v = 4 then u:v is equal to: यदि u+v = 84 तथा u-v = 4 है, तो u: v का मान होगा :

In the circuit shown in the figure , the input voltage V_i is 20 V, V_BE =0V and V_CE =0V. What are the value of I_B,I_C,beta ?

In the circuit shown in figure, when the input voltage of the base resistance is 10V, V_(BE) is zero and V_(CE) is also zero. Find the values of I_(B), I_(C ) and beta .

For the transistor circuit shown in figure , evaluate V_E , R_B and R_E . Given I_C = 1 mA , V_(CE) = 3V , V_(BE) = 0.5 V , V_(CC )= 12 V and beta = 100