How To Measure Extreme Pulsed Currents (Pulsed Shunts Part 1)
In this video I try to do my best at covering the basics of complex and interesting science and engineering area - accurate measurements of rapidly happening electrical transients.
Particularly, here I show you how to measure fast flowing currents in the 100 A - 1000 A range, which are the attributes of an average spark discharge, and which can tell you a lot about how you system operates.
The type of shunts (AKA current-viewing resistors) shown here has several names: loop shunts, disc shunts, bifilar shunts. However, these must not be confused with Coaxial Shunts, which are completely different by design and properties.
Part 2: https://youtu.be/Ulj1U5eSCHM
Most of the info here is taken from my classes/experience in the field, but some useful info can be found in these books:
"High-voltage measurement techniques", Schwab, A. J.;
"Pulsed Power Systems", Bluhm, H.;
"Foundations of Pulsed Power Technology", Lehr J., Ron P.
Have a nice day!
Видео How To Measure Extreme Pulsed Currents (Pulsed Shunts Part 1) канала Vidduley
Particularly, here I show you how to measure fast flowing currents in the 100 A - 1000 A range, which are the attributes of an average spark discharge, and which can tell you a lot about how you system operates.
The type of shunts (AKA current-viewing resistors) shown here has several names: loop shunts, disc shunts, bifilar shunts. However, these must not be confused with Coaxial Shunts, which are completely different by design and properties.
Part 2: https://youtu.be/Ulj1U5eSCHM
Most of the info here is taken from my classes/experience in the field, but some useful info can be found in these books:
"High-voltage measurement techniques", Schwab, A. J.;
"Pulsed Power Systems", Bluhm, H.;
"Foundations of Pulsed Power Technology", Lehr J., Ron P.
Have a nice day!
Видео How To Measure Extreme Pulsed Currents (Pulsed Shunts Part 1) канала Vidduley
Показать
Комментарии отсутствуют
Информация о видео
Другие видео канала
![Electrodeless Ring Discharge History (since 1884!)](https://i.ytimg.com/vi/Nu6VvNJN8XM/default.jpg)
![The Torch Discharge (AKA RF Plasma Flame)](https://i.ytimg.com/vi/sYoxJdCz9no/default.jpg)
![250kV from my new bipolar voltage multiplier setup](https://i.ytimg.com/vi/clj-ktGBGsQ/default.jpg)
![Flare Corona Discharge](https://i.ytimg.com/vi/C0Fry6ktu4w/default.jpg)
![How to protect your voltage multiplier from overvoltage + two electrostatic demonstrations](https://i.ytimg.com/vi/gBNZAcD-CoA/default.jpg)
![My 150kV voltage multiplier (CW multiplier)](https://i.ytimg.com/vi/NgGaXrkzttI/default.jpg)
![Pulsed Power Electrical Explosions (Pulsed Shunts Part 2)](https://i.ytimg.com/vi/Ulj1U5eSCHM/default.jpg)
![My ZVS driver setup and how does it work](https://i.ytimg.com/vi/ZcCJfTpjwVs/default.jpg)
![Ultrasonic levitation device from an Arduino sensor](https://i.ytimg.com/vi/WZpdGN6YTdY/default.jpg)
![300 kV from bipolar setup and the difference between (+) and (-) corona](https://i.ytimg.com/vi/wgmGJ9fD2eE/default.jpg)
![100kV 15J sparks - my multiplying tower](https://i.ytimg.com/vi/JsJ1ZHCtXFU/default.jpg)
![Measuring current in positive and negative DC corona](https://i.ytimg.com/vi/i64HuKoXcNE/default.jpg)
![How to insulate a voltage multiplier with paraffin wax](https://i.ytimg.com/vi/lPiel_jUow4/default.jpg)