5.
a.
b) VOUT OC =10 V
c) VOUT loaded = 0.211 V
d)VRout = Vout
OC - Vout loaded = 10-0.211 = 9.789V
e) IRout = 0.211/100 =2.11mA
f) Rout = VRout / IRout =9.789/2.11m =4.64k ohm.
6)
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vec 20.0V Xsci (RB 3470kn Tektronix c2 HH 100F Q1 2N4124 C1 V1 16 104F RE...
vec 20.0V xsci SRB 470k C2 Tektronix HE Q1 2N4124 100F C1 V1 HE 10F RE 32.2k RL 1kg a) Calculate the theoretical Voltage Gain, Input resistance, and Output resistance for the circuit used in this lab. Assume B= 200 and that the signal generator has an output resistance of 50 12. Insert a photo of your hand-written calculations here.
3. Connect the capacitors and the load resistor as shown in the figure below. For V1 us a 5 kHz sine wave and adjust the amplitude so kant of the amplifier (across RL) is at its maximum (with no clipping, of course). Use the Tektronix oscilloscope to measure V, and kauhe Sketch V, and Laute on the same oscilloscope window below showing voltage and phase. Clearly label the scale for both axes. In a physical lab we would also note:...