Design a single-stage common-emitter amplifier using 2N3906(PNP) transistor in the lab. The source resistance is 500. The load resistor is equal to 33k22 (one end is tied to ground) and is capacitively coupled to the collector. The small signal voltage gain must be larger than 30. The output resistance should be no more than 2k22. What is the input resistance of your design? What is the maximum ac swing of your design? Is it symmetrical? What is the bandwidth? The power supply used in the design should be any values in the range of +15V. You can use single or dual power supply DC bias circuit. In LTspice simulation use the PNP BJT package 2N3906 for verification. Design a single-stage common-emitter amplifier using 2N3906(PNP) transistor in the lab. The source resistance is 500. The load resistor is equal to 33k22 (one end is tied to ground) and is capacitively coupled to the collector. The small signal voltage gain must be larger than 30. The output resistance should be no more than 2k22. What is the input resistance of your design? What is the maximum ac swing of your design? Is it symmetrical? What is the bandwidth? The power supply used in the design should be any values in the range of +15V. You can use single or dual power supply DC bias circuit. In LTspice simulation use the PNP BJT package 2N3906 for verification