bobasfen.blogg.se - Noaa 19 downlink frequency

Bandĭas Band 1 ist wichtig für die Wolkenerfassung, Wolkenverfolgung, Szenenidentifizierung und die Überwachung von Landflächen und Aerosolen. The optomechanical MSU-MR instrument provides imagery in six bands in the VIS and IR spectral regions (similar in performance and function to the AVHRR/3 instrument on the POES missions of NOAA) with a spatial resolution of 1 km. MSU-MR (Low-resolution Multispectral Scanner)

Heliophysics instrument complex, GGAK-M.

Ultra-high frequency temperature and humidity radiometer, MTVZA-GYa.

NASA-Catalog: 40069 Downlink 137.1 MHz and 137.925 MHz at 72/80 kBit/sec LRPT (QPSK)ġ.698.5 – 1.7065 GHz at 665.4 kBit/sec rate, including DCP data incapsulated in bit streamĢ autonomous downlink streams in 8048 – 8381.5 MHz band providing data transmission at 122.88 Mbit/s rate each Status Meteor-M polar-orbiting satellites are designed to be used to support Russian hydrometeorological and environment monitoring service and other organizations with operative satellite data, for the solution of following tasks: weather analysis and forecasting on regional and global scale sea water conditions analysis and forecasting (including ice cover monitoring) atmosphere conditions analysis and forecasting for aviation purposes analysis and forecasting of helio-geophysical conditions in near-Earth space environment, ionosphere and geomagnetic field conditions global climate monitoring emergency situations monitoring ecological monitoring of the environment etc.

LRPT images are however much better as they are transmitted as a digital signal with an image resolution 12 times greater than the aging analog NOAA APT signals. The satellite is currently active with a Low Resolution Picture Transmission (LRPT) signal which broadcasts live weather satellite images, similar to the APT images produced by the NOAA satellites. Its main missions are weather forecasting, climate change monitoring, sea water monitoring/forecasting and space weather analysis/prediction. The Meteor-M N2 is a polar orbiting Russian weather satellite that was launched launched on J15:58:28 UTC with a Soyuz-2.1b/Fregat from Baikonur Cosmodrome, Kazakhstan.