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[en] This paper describes the design methodology adopted for the RF protection interlock system being developed for LEHIPA project at Electronics Division, BARC. The objective of the RF protection interlock (RFPI) system is to monitor and protect the high power RF components of the accelerator system such as klystron, RF windows, RF Coupler and RF Cavity. The paper also describes a mezzanine card based approach for realization of the RFPI system. (author)
Source
Electronics and Instrumentation Group, Bhabha Atomic Research Centre, Mumbai (India); Board of Research in Nuclear Sciences, Mumbai (India); [575 p.]; ISBN 81-88513-59-8; 
; 2013; [5 p.]; NSNI-2013: DAE-BRNS national symposium on nuclear instrumentation; Mumbai (India); 19-21 Nov 2013; 5 figs.
; 2013; [5 p.]; NSNI-2013: DAE-BRNS national symposium on nuclear instrumentation; Mumbai (India); 19-21 Nov 2013; 5 figs.