Small Signal Analysis (AC Analysis) Use Schematics to draw the amplifier circuit in Figure 1. For source Vi use VSIN from the Place PSpice Component Source select Voltage Souce Sine. For transistor search for Q2N2222. 1. Apply a sine wave with 10mV the frequency of 1KHZ. 2. Next, do a Time Domain analysis. Simulation Settings Analysis type Time domain (Transient) set the run to time as 5m second and maximum step size as 10u. Measure the output voltage and compute the voltage gain. You must observe that the output signal level (Voug) is greater the input signal level (V') in addition, Vout is inverted or 180 degree out-of-phase, with respett to the input. Those points are two major characteristics of a commonemitter ampi fier. Repeat your analysis and calculations following conditions. - without Ps resister - without Rs and RL resistars[C3 also will be calcelled and Vout will has a DC voltage approwimate 6V remove that DC component from Vout calculating gain). - without Bs and C2 Write all the results in Table 2 Show your calculations and briefly explain effects of RS, Z and RL to the gain of circuit in Figure 1 . > Please compare theoretical and simulation values and gains. Small Signal Analysis (AC Analysis) Use Schematics to draw the amplifier circuit in Figure 1. For source Vi use VSIN from the Place PSpice Component Source select Voltage Souce Sine. For transistor search for Q2N2222. 1. Apply a sine wave with 10mV the frequency of 1KHZ. 2. Next, do a Time Domain analysis. Simulation Settings Analysis type Time domain (Transient) set the run to time as 5m second and maximum step size as 10u. Measure the output voltage and compute the voltage gain. You must observe that the output signal level (Voug) is greater the input signal level (V') in addition, Vout is inverted or 180 degree out-of-phase, with respett to the input. Those points are two major characteristics of a commonemitter ampi fier. Repeat your analysis and calculations following conditions. - without Ps resister - without Rs and RL resistars[C3 also will be calcelled and Vout will has a DC voltage approwimate 6V remove that DC component from Vout calculating gain). - without Bs and C2 Write all the results in Table 2 Show your calculations and briefly explain effects of RS, Z and RL to the gain of circuit in Figure 1 . > Please compare theoretical and simulation values and gains