Measuring systems of the Angara-5 device experimental module

Transducers and detectors providing measurements of experimental module parameters of the ''Angara-5'' installation are described. The experimental module is designed for working out the formation modes of output pulses up to 1.5x1012 W power and carrying out experiments according to the inertial thermonuclear fussion program. The inductive transducers present a Rogowsky coil and are made of stainless foil, 18 to 100 μm thick with the 10 ns pulse front gfowth time. The resistive current transducers are made of stainless steel, 18 to 100 μm thick, with the 8 ns pulse front growth time. The voltage across high-voltage electrodes was measured by capacitor transducers of two types. The first type transducers used a ceramic capacitor with the 20 ns pulse front growth time. The second type of transducers is made of metallic foil strips and provides signal detection with the 2 ns growth tiMe. The detecting systems consist of secondary analog devices for measuring technological signals and oscilloscopes. The entire measuring system is connected through radial series-connection channels with the central UNO-92 compUter having up to 16 Kbyte operating memory