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Objective After performing this experiment, you will be able to 1. Measure Vout, Av 2. Verify the operation of CE Amplifier P

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VCC 10V XSC1 RC. 24.7kQ C3 Ext Tria C1 Q1 2N3904 10pF 10uF Rs Re1 4700 R3 3kQ R2 :10KQ V2 20mVpk 1KHZ 0° Re2 >4700Oscilloscope-XSC1 X Channel B Channel A Time T1 Reverse 198.467 ms 4.025 mV -6.950 mV T2 199.267 ms 19.871 mV -34.946 mV SaveVCC 10V XSC1 RC 24.7kQ R1 47KO C3 Ex Trig C1 Q1 2N3904 10pF 10HF Re1 4700 Rs 560 Q R2 10kQ V2 20mVpk C2 Re2 4700 1KHZ :100HFX Oscilloscope-XSC1 Channel A Channel B Time T1 Reverse 693.367 ms 693.765 ms 397.727 us 14.513 mV -126.546 mV T2 -19.855 mVVCC 10v XSC1 RC. R1 24.7k 247ko C3 Ex Tri C1 Q1 2N3904 10pF 10uF Rs 560 Q R2 10KQ Re1 4700 V2 20mVpk 1KHZ 0° Re2 C2 4700 100HX Oscilloscope-XSC1 Channel_A -3.879 mV (19.620 mV 23.499 m Channel B Time T1 Reverse 240.969 ms 241.223 ms 253.788 us 712.30VCC 10V XSC1 RC 4.7kQ R1 4TKO C3 Ex Trial C1 Q1 2N3904 10pF 10HF Rs 560 0 R2 10kn Re1 S4700 RI 4Tko V2 20mVpk Re2 4700 C2 100X Oscilloscope-XSC1 Channel B -510.837 mV -2.938 V -2.427 V Channel A Time 13.725 s 13.725 s 200.758 us T1 Reverse 4748-m 19.

  TABLE

Vout

Gain

Without C2

-35 mV

-1.9

Without Rl

-174 mV

-8.7

With C2 across Re1 and Re2

-3.176 V

-158.8

With Rl

-2.938 V

-146.9

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