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Why high noise in bipolar junction transistor?

In the case of Bipolar Junction Transistor current conduction is due to both holes and electrons. That's why noise is high in Bipolar Junction Transistor


Which bipolar transistor circuit carries the lowest current?

Drain is the answer


What are the example current controlled device?

Bipolar junction transistor(BJT)


What is the correct current equation for a bipolar junction transistor?

Ie=Ic+Ib


The circuit in a bipolar transistor that carries 5 percent of the current flow is the?

the base circuit


What is bjt and jfet?

BJT is Bipolar junction transistor FET is Field effect Transistor It is a current controlled device It is voltage controlled device


Difference between bjt and ujt?

UJT is the voltage controlled device.in which only one mejority carriers are responsible for current flowing. UJT is one junction transistor and it is three terminal emitter and two base. BJT is the current controlled device. in which both mejority and minority carrier are responsiblefor current flowing. this type of transistor consists of two junction and three terminal these are : emitter , base , collector.


Why is an ordinary transistor known as a bipolar transistor?

because once saturated it will conduct current both way raja TOQEER (Pakistan)


What is the difference between a bipolar transistor and a field effect transistor?

A bipolar transistor uses both majority and minority charge carriers for conduction, while a field effect transistor primarily relies on majority charge carriers. Field effect transistors have a higher input impedance compared to bipolar transistors. Additionally, bipolar transistors are current-operated devices, while field effect transistors are voltage-operated devices.


Why transistor is bipolar?

because once saturated it will conduct current both way raja TOQEER (Pakistan)


Why bjt is bipolar?

BJT stands for bipolar junction transistor because it is composed of two types of semiconductors (P and N-type) rather than just one type like a unipolar transistor. This allows for both electron and hole current flow in the device, giving it its bipolar characteristic.


How is a transistor used as a switch?

A transistor (bipolar junction transistor BJT) will only conduct in ONE DIRECTION. And the voltage drop is not Ohmic - it is *NOT* strictly related to current flow. If you're referring to a Field-Effect Transitor (JFET, IGFET, MOSFET, etc), then the device may be able to be used in a bidirectional circuit. But the question stated "transistor", which is understood to be a BJT.