(place transistor) and type 2N3904 to select the transistor, OX Component Symbol (ANSI Y332) 270904 Close 2N3904 Search

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Place Transistor And Type 2n3904 To Select The Transistor Ox Component Symbol Ansi Y332 270904 Close 2n3904 Search 1 (38.39 KiB) Viewed 45 times

Place Transistor And Type 2n3904 To Select The Transistor Ox Component Symbol Ansi Y332 270904 Close 2n3904 Search 2 (55.61 KiB) Viewed 45 times

Place Transistor And Type 2n3904 To Select The Transistor Ox Component Symbol Ansi Y332 270904 Close 2n3904 Search 3 (32.6 KiB) Viewed 45 times

Place Transistor And Type 2n3904 To Select The Transistor Ox Component Symbol Ansi Y332 270904 Close 2n3904 Search 4 (31.5 KiB) Viewed 45 times

Place Transistor And Type 2n3904 To Select The Transistor Ox Component Symbol Ansi Y332 270904 Close 2n3904 Search 5 (18.22 KiB) Viewed 45 times

Place Transistor And Type 2n3904 To Select The Transistor Ox Component Symbol Ansi Y332 270904 Close 2n3904 Search 6 (20.43 KiB) Viewed 45 times

(place transistor) and type 2N3904 to select the transistor, OX Component Symbol (ANSI Y332) 270904 Close 2N3904 Search EN39047 Detal report View model TRANSISTORS VIRTUAL BUT JPN ne Help BUT COMP 2 Figure 2: Pick a NPN BJT transistor 2) Build the common emitter transistor amplifier circuit, as shown in Figure 3. XSC1 XFG1 252 (1) Open the Multisim. Click. as shown in Figure 2. Select a Component Database Master Database Group: Transistors Farly All cAl fandes F Ekin Vcc 18.0V Rc R1 75k C1 HH 1μF R2 2:22ΚΩ Re Ce 1k0 10μF Figure 3: The common emitter transistor circuit 3.3kQ Q1 2N3904 C2 HH 1pF RL 10kO

4) Run the simulation. Configure the timebase and scales for channels A and B, as shown in Figure 5. X Oscilloscope-XSC1 www mmmm T1 T2 Reverse Time 991.372 ms 392.736 ms Channel B -2,102 V Channel A 37.138 mV -25.373 mV4.371 V -62.510 m Save T2-T1 1.364 ms 6.473 V Ext. trigger C Timebase Channel A Channel B Trigger Scale: 1 ms/Div Scale: 50 mV/Div Scale: 5 V/Div Edge: F8 Ext Level: 0 X pos.(Div): 0 Y pos. (Div): 1.4Y pos. (Dv): -1.8 YIT Add B/A A/B AC 0 G DC AC 0 DC GSingle Normal Auto None Figure 5: Adjust the timebase and vertical scales 5) Read the peak voltages for Vin (under Channel_A) and Vout (under Channel B). Record the readings into Table 1. 6) For all amplifiers, voltage gain (Av) is defined as the following. Vout Ay Vin Calculate Ay based on the readings from Step 5 and enter the value into Table 1. Important: Keep both Vin and Vout either all mV or V. And, Av has no unit because the units will cancel out. =

7) Adjust the RED and BLUE vertical bars, calculate the phase difference beween Vin and Vout (in degree), and fill the value into Table 1. Table 1 Vin (mv) Vout (V) Av Phase Difference Between Vin and Vout 8) Transfer the table to ECT226 Project Deliverables Module 5. 9) Copy and paste two screenshots to ECT226 Project Deliverables Module 5. ● The BJT amplifier circuit schematic from your Multisim design ● The simulation results displayed on the oscilloscope XSC1 along with proper settings

Fill the table required by Part 1 Table 1 Vin (mv) Your (V) Av Phase Difference Between Vin and Yout

Paste the screen shot from Part 1 - The BJT amplifier circuit schematic

Paste the screen shot from Part 1 - The simulation results displayed on the XSC1 with proper settings