MercuryiTC Intelligent temperature controller OXFORD INSTRUMENTS The Business of Science* Mercury iTC & iPS Intelligent control of cryogenic and magnetic environments Accurate measurements • Measures and controls temperatures to below 250 mK with a precision of 0.1 mK. (24 bit A to D resolution) • Heater output up to 80 W per channel • Configurable constant voltage or constant current excitation • Supports all standard cryogenic sensors (ruthenium oxide, cernox, silicon diodes, platinum, thermocouple and RhFe) • Base system includes a single temperature sensor input and 80W heater output for precise temperature PID control Mercury iPS Intelligent magnet power supply Stable measurements • Bi-polar, four quadrant magnet power supply • ± 60 A and ± 10 V output • Highly accurate and stable, better than 2.8 mA current stability at 120 A • Low noise • iSense intelligent magnet monitoring and quench protection. Auto-rundown allowing the MercuryiPS to be programmed to run magnet down safely in event of over temperature or low cryogen levels • Supports vector rotate magnets

MercuryiTC Intelligent temperature controller System control The intuitive touch screen user interface facilitates easy monitoring, control and configuration of your experimental system. • Easy connection to your Mercury instrument via multiple remote interfaces: Ethernet, GPIB, serial or USB • integration within your data acquisition programs and direct Easy and remote control of your cryogenic and superconducting magnet system Expandable Customisation is possible through the addition of plug and play expansion cards. The controller features 9 expansion slots (8 multi-function slots and a dedicated...