Programmable System on Chip (PSoC) based digital processing system
Eddy Current flowmeter based Sodium flow monitoring in FBTR
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Fast Breeder Reactors dominate conventional power reactors, due to its capability of generating more energy. Loss of coolant is one of the key factors for core meltdown and thus primary coolant plays a vital role in the safety of the reactor. In order to protect the core from meltdown, it is essential to monitor the coolant flow, effectively. The detection of loss of coolant must be done at a faster rate, to enable the emergency shutdown of the reactor safely. Hence, the changes in the coolant flowrate should be instantly tracked. This monograph deals with the design and development of Program...
Fast Breeder Reactors dominate conventional power reactors, due to its capability of generating more energy. Loss of coolant is one of the key factors for core meltdown and thus primary coolant plays a vital role in the safety of the reactor. In order to protect the core from meltdown, it is essential to monitor the coolant flow, effectively. The detection of loss of coolant must be done at a faster rate, to enable the emergency shutdown of the reactor safely. Hence, the changes in the coolant flowrate should be instantly tracked. This monograph deals with the design and development of Programmable System on Chip(PSoC) based digital processing system for tracking the dynamic changes in the coolant flowrate. PSoC is a dynamically re-configurable mixed signal array microcontroller which made the development of the critical instrumentation very simple. This monograph could be a good guide for anyone attempting to use PSoC to build signal processing for any application that requires fast dynamic response with minimal error.
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