- 12v 10u Q5 Vio 2 2u Voz C2 1m R11 R17 C5 2 2k Fig 8 10 A 12v R7 R9 R12 R14 R16 Otp5 Tp2 G Tp3 C4 O Q5 Out1 Tp4 1 (77.96 KiB) Viewed 37 times
- 12v 10u Q5 Vio 2 2u Voz C2 1m R11 R17 C5 2 2k Fig 8 10 A 12v R7 R9 R12 R14 R16 Otp5 Tp2 G Tp3 C4 O Q5 Out1 Tp4 2 (77.96 KiB) Viewed 37 times
- 12v 10u Q5 Vio 2 2u Voz C2 1m R11 R17 C5 2 2k Fig 8 10 A 12v R7 R9 R12 R14 R16 Otp5 Tp2 G Tp3 C4 O Q5 Out1 Tp4 3 (157.85 KiB) Viewed 37 times
+12V 10u Q5 Vio 2.2u # Voz + C2 1M R11 R17 C5 2.2K Fig 8-10 (a) +12V R7 R9 R12 R14 R16 OTP5 TP2 G TP3 C4 O Q5 OUT1 TP4 + S OTP6 c20 TP1 C5 OUT2 9 Ow R13 C3 IT R15 R17 IN HO E O R8 R10 R11 block c! Fig 23004-block c.3
8-3-1 8-3-1-1 Experiment Procedures : (1) Insert the short-circuit clip by referring to Fig 8-10 (a) and the short-circuit clip arrangement diagram 23004-block c.3. (2) Use voltmeter to measure Vg and Vs. Vgs = ? (3) Connect signal generator in the input terminal and connect oscilloscope to the output (OUT2) terminal. PRODU (4) Adjust the output of signal generator to 1KHz sine wave and gradually increase the amplitude so that the oscilloscope can display maximum non-distorted output waveform, and make records. At the same time use the oscilloscope to measure the waveform in the input terminal, and make records.