Just what I have been looking for for months. Amateur radio transmitters in CW or SSB are a severe transient load on power supplies with a cycle rate of around 5 HZ and drawing about 20 A from a 12 V supply. The video explained to me what the different responses might be and to a point, how to fix them. There is not much around on the transient response of power supplies. The application notes are very helpful too. I am using a 300 W programmable electronic load that has a dynamic capability but ordered the little test set to experiment with. Very good.
Just what I have been looking for for months. Amateur radio transmitters in CW or SSB are a severe transient load on power supplies with a cycle rate of around 5 HZ and drawing about 20 A from a 12 V supply. The video explained to me what the different responses might be and to a point, how to fix them. There is not much around on the transient response of power supplies. The application notes are very helpful too. I am using a 300 W programmable electronic load that has a dynamic capability but ordered the little test set to experiment with. Very good.
explained beyond the expectations...
Thank you for this video, love to learn something new!
Great video thanks
It's a Awesome training
really good tool and video
Awesome video
Really good tool and video.
why BW is calculated by 0.3 divided by time?
Can be used this tool in the climatic chamber (-40C...+85C)?
Hi can you tell me what is the role of each component of the tool
MOSFET
Rstatic
Rdynampic