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PRELAB Refer to the specifications for the 2N3904 and find the following information a. transistor type b. maximum power it can dissipate at 25°C c. maximum collector current rating d. maximum collector to emitter voltage rating e. operating temperature range f. minimum and maximum hFE g. the emitter to base breakdown voltage h. hFE @ $I_C$ = 10 mA \(I_{BQ}\) \(I_{CQ}.\) \(V_{CEQ}\) Quantity Value The voltage gain for the circuit ($v_o/v_s$) The voltage gain with $C_E$ removed The voltage gain with a resistance of 2k$\Omega$ connected in series with the source in the presence of $C_E$ Input resistance of the amplifier The voltage gain with the load resistance $R_L$ removed (in the presence of $C_E$) The output resistance seen by the load The small signal equivalent circuit:

          PRELAB
Refer to the specifications for the 2N3904 and find the following information
a. transistor type
b. maximum power it can dissipate at 25°C
c. maximum collector current rating
d. maximum collector to emitter voltage rating
e. operating temperature range
f. minimum and maximum hFE
g. the emitter to base breakdown voltage
h. hFE @ $I_C$ = 10 mA
\(I_{BQ}\)
\(I_{CQ}.\)
\(V_{CEQ}\)
Quantity
Value
The voltage gain for the circuit ($v_o/v_s$)
The voltage gain with $C_E$ removed
The voltage gain with a resistance of 2k$\Omega$
connected in series with the source in the
presence of $C_E$
Input resistance of the amplifier
The voltage gain with the load resistance $R_L$
removed (in the presence of $C_E$)
The output resistance seen by the load
The small signal equivalent circuit:

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PRELAB
Refer to the specifications for the 2N3904 and find the following information
a. transistor type
b. maximum power it can dissipate at 25°C
c. maximum collector current rating
d. maximum collector to emitter voltage rating
e. operating temperature range
f. minimum and maximum hFE
g. the emitter to base breakdown voltage
h. hFE @ IC = 10 mA
IBQ
ICQ.
VCEQ
Quantity
Value
The voltage gain for the circuit (vo/vs)
The voltage gain with CE removed
The voltage gain with a resistance of 2kΩ
connected in series with the source in the
presence of CE
Input resistance of the amplifier
The voltage gain with the load resistance RL
removed (in the presence of CE)
The output resistance seen by the load
The small signal equivalent circuit:

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University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Chai Santi

11/03/2021

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The 2N3904 is a general-purpose NPN bipolar junction transistor. Show more…

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PRELAB Refer to the specifications for the 2N3904 and find the following information a. transistor type b. maximum power it can dissipate at 25deg C c. maximum collector current rating d. maximum collector to emitter voltage rating e. operating temperature range f. minimum and maximum h_(FE) g. the emitter to base breakdown voltage h. h_(FE)@I_(C)=10mA able[[Quantity,Value],[I _(BQ),],[I_(CQ).,],[V_(CEQ),],[The voltage gain for the circuit ((v_(d))/(v_(s))),],[The voltage gain with C_(E) removed,],[ able[[The voltage gain with a resistance of 2kOmega PRELAB Refer to the specifications for the 2N3904 and find the following informatior a.transistor type b.maximum power it can dissipate at 25 c.maximum collector current rating d.maximum collector to emitter voltage rating e. operating temperature range f. minimum and maximum hFE g.the emitter to base breakdown voltage h.hFE@Ic=10mA Quantity Value IBO Ico- VCEQ The voltage gain for the circuit (vo/vs) The voltage gain with Ce removed The voltage gain with a resistance of 2k connected in series with the source in the presence of CE Input resistance of the amplifier The voltage gain with the load resistance R removed (in the presence of CE) The output resistance seen by the load The small signal equivalent circuit:

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