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MissMulan - at first, you should show which nodes are connected (crossing points). Secondly, where are the voltages Vo and Vin in your diagram? Please keep in mind, that it is essential to OPEN t...
Answer
#2: Post edited
by
LvW
·
2022-07-22T08:12:59Z (over 2 years ago)
- MissMulan - at first, you should show which nodes are connected (crossing points).
- Secondly, where are the voltages Vo and Vin in your diagram?
- Please keep in mind, that it is essential to OPEN the feedback loop at a suitable point for injecting a test signal.
Then, you can/must analyze the LOOP GAIN to verify the oscillation condition for a specific set of values.
- MissMulan - at first, you should show which nodes are connected (crossing points).
- Secondly, where are the voltages Vo and Vin in your diagram?
- Please keep in mind, that it is essential to OPEN the feedback loop at a suitable point for injecting a test signal.
- Then, you can/must analyze the LOOP GAIN to verify the oscillation condition for a specific set of values.
- More than that, it is recommended not to include an external additional load into your analysis.
#1: Initial revision
by
LvW
·
2022-07-22T08:11:16Z (over 2 years ago)
MissMulan - at first, you should show which nodes are connected (crossing points). Secondly, where are the voltages Vo and Vin in your diagram? Please keep in mind, that it is essential to OPEN the feedback loop at a suitable point for injecting a test signal. Then, you can/must analyze the LOOP GAIN to verify the oscillation condition for a specific set of values.