(Solved): BJT Amplifier Circuits Activity   Instructions: Do the task using Multisim application so that ...

BJT Amplifier Circuits Activity

 

Instructions: Do the task using Multisim application so that you could place your graph with measured maximum Vin and maximum Vout without any clippings. Thank you.

BJT Amplifier Circuits Construct the Common Emitter simplifier shown in fig.1 ZFG1 www Vin C1 159 F 10?F Min C1 R1 1330 ?? #f 10?F VCC R1 330k LR2 ??? Fig.1 Common Emitter Amplifier Connect a signal generator with 1vp and 1khz frequency to Vin. Connect the oscilloscope to the input and output terminal of the amplifier as shown in fig.2. Adjust Vin so that Vout reaches its maximum value. 12V C2 at Q1 10?F 2N3904 LR3 1000 VCC Q1 12V R2 1kQ HE 10?F Vout C2 Vout 2N3904 R3 1000 Fig.2 Input Output voltage Measurement ZSC1 Tr Place your graph here with measured maximum Vin and maximum Vout without any clippings. Include the peak to peak measured value using the probe to the graph. Note: AC voltage clipping is one form of distortion 4 Clippings ? Construct the Common Collector simplifier shown in fig.3 Vin C1 XFC1 35E E ? 10?F R1 330k VCC 12V R2 1k0 Q1 Fig.3 Common Collector Amplifier Connect a signal generator with 500mvp and 1khz frequency to Vin. Connect the oscilloscope to the input and output terminal of the amplifier as shown in fig.3. Adjust Vin so that Vout reaches its maximum value. 2N39042 Vout de R3 10?F 1000 VCC 12V LR2 $180 Vout RI 330K ?? Q1 Vin C1 HE 10?F 23.304 HE 1000 XBC1 DAT # Fig.4 Input Output Voltage Measurement Place your graph here with measured maximum Vin and maximum Vout without any clippings. Include the peak to peak measured value using the probe to the graph. Construct the Common Base simplifier shown in fig.5 ZFG1 MSN C1 E 10?F Vin Vin LR1 >330k C1 #f 10?F R4 300k R1 >330k VCC LR4 3300k? R2 ???? Q1 12V Fig. 5 Common Base Amplifier 2N3904 R3 10002 VCC Q1 36 10?F R2 21kQ C2 Vout 12V C2 ? R3 1000 10?F 2N3904 Vout Fig.6 Input and Output Voltage Measurement ZSC1 Ex Tip Connect a signal generator with 1vp and 1khz frequency to Vin. Connect the oscilloscope to the input and output terminal of the amplifier as shown in fig.6. Adjust Vin so that Vout reaches its maximum value. www Place your graph here with measured maximum Vin and maximum Vout without any clippings. Include the peak to peak measured value using the probe to the graph. Using the data you acquired differentiate the three amplifier circuits configurations.