Paul Anderson` Motivation` Cryogenic Control and Monitor System` Testing` Conclusion12/10/2009Anderson - Remote Configuration Control for Cryogenic Control System 2` Problem: Weak Communication SignalsxLow Temperature=LowLow Temperature Low Noisex Low Noise = ☺◦Solution: CryogenicallySolution: Cryogenically Cooled Amplifiers` Problem: Manual ClfClControl of Coolers◦ Solution: Automated Control Systemy12/10/2009Anderson - Remote Configuration Control for Cryogenic Control System 3` Problem: Logisticsx Spare Unitsx Configuration Management◦ Solution: Reconfigurable SystemSystem12/10/2009Anderson - Remote Configuration Control for Cryogenic Control System 412/10/2009Anderson - Remote Configuration Control for Cryogenic Control System 5` Parameters◦ Temperature◦ Vacuum Pressure◦Helium Pressure◦Helium Pressure` Benefits◦See Problems ComingSee Problems Coming◦ Convenience12/10/2009Anderson - Remote Configuration Control for Cryogenic Control System 6` Cooling with No Human Intervention` ControlsCl◦Cooler◦ Vacuum Pump◦Isolation ValveIsolation Valve◦ Heater12/10/2009Anderson - Remote Configuration Control for Cryogenic Control System 712/10/2009Anderson - Remote Configuration Control for Cryogenic Control System 8` Software Testing◦ Algorithms` Functional TestingUIf◦User Interfaces◦ Cryocooler Control System as a Unity` Results◦ Functional with No Human Intervertion12/10/2009Anderson - Remote Configuration Control for Cryogenic Control System 9` Cooling with No Human Intervention` Remote Monitor F ti litFunctionality` Reconfigurable ParametersParameters12/10/2009Anderson - Remote Configuration Control for Cryogenic Control System 1012/10/2009Anderson - Remote Configuration Control for Cryogenic Control System
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