Fill the table required by Part 1 Table 1 Vin (mv) 75.5 mV Vout (V) 9.267 V Av 9.267*1000/75.5 = 123 Phase Difference Be
Posted: Tue Jun 07, 2022 12:43 pm
- Fill The Table Required By Part 1 Table 1 Vin Mv 75 5 Mv Vout V 9 267 V Av 9 267 1000 75 5 123 Phase Difference Be 1 (22.89 KiB) Viewed 28 times
- Fill The Table Required By Part 1 Table 1 Vin Mv 75 5 Mv Vout V 9 267 V Av 9 267 1000 75 5 123 Phase Difference Be 2 (20.43 KiB) Viewed 28 times
- Fill The Table Required By Part 1 Table 1 Vin Mv 75 5 Mv Vout V 9 267 V Av 9 267 1000 75 5 123 Phase Difference Be 3 (39.28 KiB) Viewed 28 times
- Fill The Table Required By Part 1 Table 1 Vin Mv 75 5 Mv Vout V 9 267 V Av 9 267 1000 75 5 123 Phase Difference Be 4 (30.38 KiB) Viewed 28 times
- Fill The Table Required By Part 1 Table 1 Vin Mv 75 5 Mv Vout V 9 267 V Av 9 267 1000 75 5 123 Phase Difference Be 5 (19.7 KiB) Viewed 28 times
Paste the screen shot from Part 1 - The BJT amplifier circuit schematic XSC1 Vec 18.0V XFG1 C1 1pF R1 75k0 R2 22K0 Re 3.3k0 Q1 2N3904 Re 140 0=1 HH Co 10μF RL 10k)
Paste the screen shot from Part 1 - The simulation results displayed on the XSC1 with proper settings Oscilloscope-XSC1 H n T1 Time 1624 1623s Channel A 23.124 m Channel B 4.350 V Reverse 12 9 37.558 m -2402 V 12-71 -359.048 us 60.682 V 6.752 V Save Trigger Timebase Scale: 500 us, Dv Xpos.Div): 0 AB Ext Edget Level: 0 YIT Add B/A A/B Single Normal Auto None Notes Comments Investigate Channel A Scale: 50 mv/D Y pos. (Div): 1.4 AC 0 DC O Channel 8 Scale: 5 V/DW Y pos.Div): 1.6 AC 0 DC- Ext. trigger O
Paste the screen shot required by Part 2, step 4 voc SOV Time Channel A Channel Reverse 44399 4,429 V 0.000 V Save Trigger Edge D Level: 0 Single Normal At None Lame 16V 160 RI $2200 LEDT 2300 0.000 0.000 12-11 0.000 Timebase Scale: 200 my Xpos) 0 Y/TAMBA AN Charmel A Scale 5 V/D Yps (D) AC0DC Charvel Scale 3 vow Y posv) ACOC
Conclusion: Write a few sentences to summaries the roles that BJT played in both part of the lab project. What is phase relationship between the input and output in the transistor circuit in Part 1? What did you observe in Part 2? What modes of operations does the transistor have in Part 2?