Difference between revisions of "Lab 14 TF EIM"

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##<math>I_C > 0.5</math> mA DC with no input signal
 
##<math>I_C > 0.5</math> mA DC with no input signal
 
##<math>V_{CE} \approx V_{CC}/2 > 2</math> V
 
##<math>V_{CE} \approx V_{CC}/2 > 2</math> V
−
## <math>V_{CC} < V_{CE}_{max}</math> to prevent burnout
+
## <math>V_{CC} < V_{CE}(max)</math> to prevent burnout
 
## <math>V_{BE} \approx 0.6 V</math>
 
## <math>V_{BE} \approx 0.6 V</math>
 
##<math>I_D \approx 10 I_B < 1</math> mA
 
##<math>I_D \approx 10 I_B < 1</math> mA

Revision as of 03:14, 29 October 2010

The Common Emitter

Circuit

  1. Construct the common emitter amplifier circuit below according to your type of emitter.
  2. Calculate all the R and C values to use in the circuit such that
    1. [math]I_C \gt 0.5[/math] mA DC with no input signal
    2. [math]V_{CE} \approx V_{CC}/2 \gt 2[/math] V
    3. [math]V_{CC} \lt V_{CE}(max)[/math] to prevent burnout
    4. [math]V_{BE} \approx 0.6 V[/math]
    5. [math]I_D \approx 10 I_B \lt 1[/math] mA
  3. Draw a load line using the I_{C} -vs- I_{CE} from the previous lab

Forest_Electronic_Instrumentation_and_Measurement

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