Home
Class 12
PHYSICS
In a p-n-p transistor working in common ...

In a `p-n-p` transistor working in common emitter mode `I_(C)=2 mA, I_(B)=5 mu (A)` and `R_(B)=500 ohm` Find the transconductance of the transistor?

Text Solution

AI Generated Solution

Promotional Banner

Topper's Solved these Questions

  • ROTATIONAL MOTION

    CENGAGE PHYSICS|Exercise Question Bank|40 Videos
  • SOURCES OF MAGNETIC FIELD

    CENGAGE PHYSICS|Exercise single correct Ansewer type|12 Videos

Similar Questions

Explore conceptually related problems

In a transistor, connected in common emitter mode R_(0)=5kOmega," "R_(i)=1kOmega," "I_(C)=1mA,I_(B)=40muA . Find the voltage gain.

In a transistor connected in a common emitter mode it has, R_(c)=4kOmega, R_(i)=1kOmega, I_(c)=1mA and I_(b)= 20 muA. Find the voltage gain.

In a transistor connected in a common emitter mode R_C = 4kOmega, R_1 = 1kOmega, I_C = 1mA and I_B = 20 muA . Find the voltage gain.

In a p-n-p transistor, the n-type crystal works as a

When base -emitter voltage of a transistor connected in the common-emitter mode is changed by 20 mV the collector current is changed by 25 mA . Find the transconductance.

For a p-n-p transistor in CB configuration, the emitter current I_(E) is 1mA and alpha = 0.95 . The base current and collector current are

A p-n-p transistor is used in common-emitter mode in an amplifier circuuit. A change of 40muA in the base current brings a change of 2mA in collector current and 0.04V in base-emitter volatage. Find the (a) input resistance r_(i) and (b) the base current amplification factor (beta) . (c ) if a load of 6kOmega is used, then also find the voltage gain of the amplifier.