Thank you for this. I would love to see how these instrument are used in an actual repair / diagnostic situation. I've been looking all over for a real-life demonstration of these two instrument working together. everybody just shows the functions and that's it. Though, I've got to say this comes closest to what I am looking for the real life demonstration Just seeing how you connected it to the resistors it opened a window in my minds eye to see through. Thank you for that. I'm going to put diodes, resistors, capacitors, other chips and try what you just showed. It still is not real life but it's close.
Two questions: 1) I noticed that the circuit probe was not connected to ground. Is that because the barrel of the channel 2 BNC connector on the scope is already at earth ground? 2) you didn't mention the scope/function generator impedance. Did you adjust the output impedance on the AWG to match the scope's high input impedance or is there a 50 ohm terminator on the BNC connector to channel 2?
Excellent questions. All the channels have the same ground, and this is the ground of the function generator. At low frequencies the 1/4 wavelength is too long, you can assume lumped elements and ignore the reflection coefficients. Therefore, the function generator is modeled as a voltage source with 50 ohms in series. Other function generators have the options of high impedance and 50 ohms termination. Excellent.
Why would a regular Joe with tons of tools need this? Any cool things I can do with this around the house or garage? How 'bout an oscilloscope? Thank you.
I can not find answer to my question...could you please give me a tip... What is maximum current the function generate can provide ? Does it have protection from shortening ? Thank you
Good question. The manufacturer's specifications should tell you tara. Typically, it is the short circuit current. That is Vmax/50 = 0.2A. But depending on how good your instrument. we found it much less than that.
Thank you for this. I would love to see how these instrument are used in an actual repair / diagnostic situation.
I've been looking all over for a real-life demonstration of these two instrument working together. everybody just shows the functions and that's it.
Though, I've got to say this comes closest to what I am looking for the real life demonstration
Just seeing how you connected it to the resistors it opened a window in my minds eye to see through. Thank you for that.
I'm going to put diodes, resistors, capacitors, other chips and try what you just showed.
It still is not real life but it's close.
I am interested function generator and oscilloscope and you explained well. Thanks.
Thank you. clear and conchise enough.
do you know how to perform eddy current test using function generator an an oscilloscope Sir? if possible please provide a link.
Excellent video, thank you!
Thank you for your time sir!
Two questions: 1) I noticed that the circuit probe was not connected to ground. Is that because the barrel of the channel 2 BNC connector on the scope is already at earth ground? 2) you didn't mention the scope/function generator impedance. Did you adjust the output impedance on the AWG to match the scope's high input impedance or is there a 50 ohm terminator on the BNC connector to channel 2?
Excellent questions. All the channels have the same ground, and this is the ground of the function generator.
At low frequencies the 1/4 wavelength is too long, you can assume lumped elements and ignore the reflection coefficients. Therefore, the function generator is modeled as a voltage source with 50 ohms in series. Other function generators have the options of high impedance and 50 ohms termination. Excellent.
Thank for this video Professor
Why would a regular Joe with tons of tools need this? Any cool things I
can do with this around the house or garage? How 'bout an oscilloscope?
Thank you.
thanks ahmed very helpful
I can not find answer to my question...could you please give me a tip...
What is maximum current the function generate can provide ?
Does it have protection from shortening ?
Thank you
I like the beak-to-beak value(-;
Thanky you foryour introduction sir!
Good question. The manufacturer's specifications should tell you tara. Typically, it is the short circuit current. That is Vmax/50 = 0.2A. But depending on how good your instrument. we found it much less than that.
18:48 what kind of cable?
thanks alot 👌