Two BJT transistors, both are operating in the forward active region, are used to produce the IS2 Is, and current iOUT through current mirroring of N. Assume that VA → ∞, Isı B₁ B₂B for both transistors. The collector of Q1 is connected to some external circuit not shown in the schematic. Vcc VIN O Ai and run a . op simulation. B+1 OAį = B = Q2 B B+1 B+2 Q1 BJT Current Mirror 2. What is the expression for the current-to-current gain A; of the current mirror? The current-to-current gain is a multiplier such that for a current input in, the output is iout = Ajiin. If you are using a simulation, use a 10.2 mA current source as an input iOUT = =

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Two BJT transistors, both are operating in the forward active region, are used to produce the
IS2
current iOUT through current mirroring of N. Assume that VA → ∞, Isı
Is, and
B₁ B₂B for both transistors. The collector of Q1 is connected to some external circuit
not shown in the schematic.
Vcc
O A₁
O Ai
O A₁
=
=
iIN
BJT Current Mirror
2. What is the expression for the current-to-current gain A; of the current mirror? The
current-to-current gain is a multiplier such that for a current input in, the output is
iout = Ajiin. If you are using a simulation, use a 10.2 mA current source as an input
and run a . op simulation.
B+1
OA₂ =
B
=
B
B+1
B+2
B
Q2
B
B+2
Q1
iOUT
=
=
Transcribed Image Text:Two BJT transistors, both are operating in the forward active region, are used to produce the IS2 current iOUT through current mirroring of N. Assume that VA → ∞, Isı Is, and B₁ B₂B for both transistors. The collector of Q1 is connected to some external circuit not shown in the schematic. Vcc O A₁ O Ai O A₁ = = iIN BJT Current Mirror 2. What is the expression for the current-to-current gain A; of the current mirror? The current-to-current gain is a multiplier such that for a current input in, the output is iout = Ajiin. If you are using a simulation, use a 10.2 mA current source as an input and run a . op simulation. B+1 OA₂ = B = B B+1 B+2 B Q2 B B+2 Q1 iOUT = =
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