Abstract
A discharge of the 67 MJ and 50 kV capacitor bank used as a pulsed power system for flashlamp pumping of ISKRA-5`s high-power iodine laser, involves control and diagnostic equipment being subjected to significant electromagnetic fields and electrical interference that will further develop through conductive circuits. The paper describes and validates design approaches to the grounding system, signal carriage and decoupling circuits that would result in lower interference both for the capacitor bank`s control and diagnostics systems. A summary is also given of the ten-years` practice in operating the control and diagnostics equipment during the facility experiments. (author). 1 tab., 3 refs.
Galakhov, I V;
Gasheev, A S;
Grusin, I A;
Gudov, S N;
Kuz`michev, Yu P;
Murugov, V M;
Osin, V A;
Pankratov, V I;
Pegoev, I N
[1]
- All-Russian Scientific Research Inst. of Experimental Physics, Sarov (Russian Federation)
Citation Formats
Galakhov, I V, Gasheev, A S, Grusin, I A, Gudov, S N, Kuz`michev, Yu P, Murugov, V M, Osin, V A, Pankratov, V I, and Pegoev, I N.
Protection of control and monitoring equipment from electromagnetic noise in the 67 MJ, 50 kV capacitor bank.
Czech Republic: N. p.,
1996.
Web.
Galakhov, I V, Gasheev, A S, Grusin, I A, Gudov, S N, Kuz`michev, Yu P, Murugov, V M, Osin, V A, Pankratov, V I, & Pegoev, I N.
Protection of control and monitoring equipment from electromagnetic noise in the 67 MJ, 50 kV capacitor bank.
Czech Republic.
Galakhov, I V, Gasheev, A S, Grusin, I A, Gudov, S N, Kuz`michev, Yu P, Murugov, V M, Osin, V A, Pankratov, V I, and Pegoev, I N.
1996.
"Protection of control and monitoring equipment from electromagnetic noise in the 67 MJ, 50 kV capacitor bank."
Czech Republic.
@misc{etde_511307,
title = {Protection of control and monitoring equipment from electromagnetic noise in the 67 MJ, 50 kV capacitor bank}
author = {Galakhov, I V, Gasheev, A S, Grusin, I A, Gudov, S N, Kuz`michev, Yu P, Murugov, V M, Osin, V A, Pankratov, V I, and Pegoev, I N}
abstractNote = {A discharge of the 67 MJ and 50 kV capacitor bank used as a pulsed power system for flashlamp pumping of ISKRA-5`s high-power iodine laser, involves control and diagnostic equipment being subjected to significant electromagnetic fields and electrical interference that will further develop through conductive circuits. The paper describes and validates design approaches to the grounding system, signal carriage and decoupling circuits that would result in lower interference both for the capacitor bank`s control and diagnostics systems. A summary is also given of the ten-years` practice in operating the control and diagnostics equipment during the facility experiments. (author). 1 tab., 3 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}
title = {Protection of control and monitoring equipment from electromagnetic noise in the 67 MJ, 50 kV capacitor bank}
author = {Galakhov, I V, Gasheev, A S, Grusin, I A, Gudov, S N, Kuz`michev, Yu P, Murugov, V M, Osin, V A, Pankratov, V I, and Pegoev, I N}
abstractNote = {A discharge of the 67 MJ and 50 kV capacitor bank used as a pulsed power system for flashlamp pumping of ISKRA-5`s high-power iodine laser, involves control and diagnostic equipment being subjected to significant electromagnetic fields and electrical interference that will further develop through conductive circuits. The paper describes and validates design approaches to the grounding system, signal carriage and decoupling circuits that would result in lower interference both for the capacitor bank`s control and diagnostics systems. A summary is also given of the ten-years` practice in operating the control and diagnostics equipment during the facility experiments. (author). 1 tab., 3 refs.}
place = {Czech Republic}
year = {1996}
month = {Dec}
}