A; Is not a current multiplier it is merely an empirical number assign to a part to indicate its capability at a certain current. The value can vary from 10 to 200 for the same transistor depends on the current that is is suppose to carry.
Bipolar transistor current gain is also called "Beta," or the h-parameter "hfe." beta = current_out / current_in The beta of a BJT is mostly determined by the thickness of the Base region, and by the excess doping in the Emitter relative to the Base. A thin Base and a heavily-doped Emitter leads to a high value for current gain. In a BJT, beta = Ic / Ib In a FET, beta is usually taken as infinity, since no current flows in or out of the gate. Beta is an impirical number. It means nothing unless the Ic is known or the load. It can have a beta from 1000 to 10 it all depends on the load.
you have to get the red brick that unlocks it. in the Harry Potter Lego game you have to buy the upgrade but im not sure if its the same in Lego star wars
alpha is the common base current gain = Ic/Ie.beta is the common emitter current gain = Ic/Ib.
Because Beta (current gain) in a transistor is inversely proportional to frequency. Hence it increases as frequency decreases. Also the ac voltage gain is directly proportional to Beta.
analog multiplier
variation in beta dc with collector current
Actually the current gain is equal to Beta+1, not Beta. The current from/into the emitter is the sum of the current into/from the collector and base. Of course this assumes linear operation.For a proof: Ie + Ib + Ic = 0Ic = Beta * IbIe + Ib + Beta * Ib = 0Ie + (Beta + 1) * Ib = 0Ie = -(Beta + 1) * Ib
A darling ton is a beta current multiplier. it output can be used to drive low impedance device
Ib =Ic /beta beta is the gain factor of the amp.
CB gives a current gain of beta/(beta+1), which with typical beta values is just under one. Note that this current gain value is also known as alpha.
current beta i.e. on Aug. 2009 for the ICICI bank is 1.56
Beta is current gain of that transistor,whatever be the input the trasistor. we will get the output multiplied by the beta. for example in CE amplifer if Base current is 10 microampere and beta of that transistor is 100 then collector current would be 1mA i.e. 100 times greater than input current
Bipolar transistor current gain is also called "Beta," or the h-parameter "hfe." beta = current_out / current_in The beta of a BJT is mostly determined by the thickness of the Base region, and by the excess doping in the Emitter relative to the Base. A thin Base and a heavily-doped Emitter leads to a high value for current gain. In a BJT, beta = Ic / Ib In a FET, beta is usually taken as infinity, since no current flows in or out of the gate. Beta is an impirical number. It means nothing unless the Ic is known or the load. It can have a beta from 1000 to 10 it all depends on the load.
On the emitter there is base current which is basically a function of Beta and only at that particular current. Unfortunately the beta factor is a non linear function and it is strictly related to collector current
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force multiplier
If Beta is infinite, then the current gain will be unity.