Publication | Open Access
The EMIR multi-band mm-wave receiver for the IRAM 30-m telescope
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Citations
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2011
Year
EngineeringSimultaneous Dual PolarizationRadio FrequencyIram 30-M RadiotelescopeAntennaIram 30-MMillimeter WaveCompact FootprintEducationRadio CommunicationSpace OpticRadio PropagationInstrumentationRadio TelescopeMillimeter Wave TechnologyElectromagnetic Compatibility
Aims. The prime motivation of this project was to design and build a state-of-art mm-wave heterodyne receiver system to enhance the observing throughput of the IRAM 30-m radiotelescope. More specifically, the requirements were i) state-of-art noise performance for spectroscopic observations; ii) simultaneous dual polarization and dual-frequency observing; iii) coverage of the atmospheric transmission windows from 83 to 360 GHz; iv) compact footprint and minimal maintenance.
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