6. The I-V characteristic of an LED is (JEE Main 2013] UT o (R) (Y)(G)(B) 13) (4) wa

The I- V characteristic of on LED is

Explain I-V characteristics of LED

Draw the I-V characteristics of a light emitting diode (LED) and explain its working principle.

In the normal operating region, the characteristics of a certain triode may be written as I_(p)=10^(-5)(160 V_(S)+2.22V_(p)) Determine analytically the values of mu, r_(p) and g_(m) .

The V-I characteristic of a silicon diode is shown in the Fig. 14.17. Calculate the resistance of the diode at (a)I_(D) = 15 mA and (b) V_(B)=-10 V

The V-I characteristic of a silicon diode is shown in the Fig. 14.17. Calculate the resistance of the diode at (a)I_(D) = 15 mA and (b) V_(B)=-10 V

V-I characteristics of LED is similar to forward bias characteristics of

The V-I characteristic of a silicon diode is shown in the figure . Calculate the resistance of the diode at (a) I_(D) = 15 mA and (b) V_(D) = -10 V

The V-I characteristic of a silicon diode is shown in the Fig. Calculate the resistance of the diode at (a) I_(D) = 15 mA and (b) V_(D) = -10 V . .