Uploaded October 2021 | Updated September 2026, 2 weeks ago
In this video I show you first measurements and where I see differences with the inductive way of working. Even if we are working on the inductive part of capacitor, the behavior is very different compared to using coil and capacitor separately.
Forgot to mention in the video but is shown in this picture:
photos.app.goo.gl/QmuyZci7kRQTnckD6
The zero level of the oscillations is in reference to the gnd level of our input signal moved to the voltage level of our input pulse. So the higher the voltage of our pulse the higher the zero level of the oscillations (in reference to input signal gnd)
It shows me that I also need to put attention to the capacitor in our setups and not only inductor, there are some very intresting phenomenon going on, which at the moment I can not fully explain. For example why the +-7Mhz, so still looking at things.
In this video I show you first measurements and where I see differences with the inductive way of working. Even if we are working on the inductive part of capacitor, the behavior is very different compared to using coil and capacitor separately.
Forgot to mention in the video but is shown in this picture:
photos.app.goo.gl/QmuyZci7kRQTnckD6
The zero level of the oscillations is in reference to the gnd level of our input signal moved to the voltage level of our input pulse. So the higher the voltage of our pulse the higher the zero level of the oscillations (in reference to input signal gnd)
It shows me that I also need to put attention to the capacitor in our setups and not only inductor, there are some very intresting phenomenon going on, which at the moment I can not fully explain. For example why the +-7Mhz, so still looking at things.
