QuestionDecember 12, 2025

The bias required for amplification using a BJT is? BE forward, BC reversed C positive, B positive Fonward, forward, forward BE reverse, BC forward Question 2 The largest current in a BJT amplifier is: base collector emitter EC Question 3 The relationship of Base Current and Emitter Current is? Base Currentgt Emitter Current Base Current=Emitter Current Emitter Currentlt Base Current Base Currentlt Emitter Current

The bias required for amplification using a BJT is? BE forward, BC reversed C positive, B positive Fonward, forward, forward BE reverse, BC forward Question 2 The largest current in a BJT amplifier is: base collector emitter EC Question 3 The relationship of Base Current and Emitter Current is? Base Currentgt Emitter Current Base Current=Emitter Current Emitter Currentlt Base Current Base Currentlt Emitter Current
The bias required for amplification using a BJT is?
BE forward, BC reversed
C positive, B positive
Fonward, forward, forward
BE reverse, BC forward
Question 2
The largest current in a BJT amplifier is:
base
collector
emitter
EC
Question 3
The relationship of Base Current and Emitter Current is?
Base Currentgt Emitter Current
Base Current=Emitter Current
Emitter Currentlt Base Current
Base Currentlt Emitter Current

Solution
4.4(282 votes)

Answer

1. BE forward, BC reversed ### 2. emitter ### 3. Base\ Current < Emitter\ Current Explanation 1. Determine BJT bias for amplification In active mode for amplification: base-emitter (BE) junction is forward biased, base-collector (BC) junction is reverse biased. 2. Identify the largest current in a BJT I_E = I_C + I_B, and I_E is largest since it is the sum of collector and base currents. 3. Relationship between base current and emitter current From I_E = I_C + I_B and I_C \gg I_B, base current is much smaller than emitter current. So I_B < I_E.

Explanation

1. Determine BJT bias for amplification <br /> In active mode for amplification: base-emitter (BE) junction is forward biased, base-collector (BC) junction is reverse biased. <br /><br />2. Identify the largest current in a BJT <br /> $I_E = I_C + I_B$, and $I_E$ is largest since it is the sum of collector and base currents. <br /><br />3. Relationship between base current and emitter current <br /> From $I_E = I_C + I_B$ and $I_C \gg I_B$, base current is much smaller than emitter current. So $I_B < I_E$.
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