HPDE.io

LF AWESOME

ResourceID
spase://SMWG/Instrument/AWESOME/LF

Description

The Low Frequency Atmospheric Weather Electromagnetic
System for Observation, Modeling, and Education, or LF AWESOME is a
high-sensitivity radio receiver for the frequency band 0.5-470 kHz.
The receiver is an upgraded version of the VLF AWESOME, completed
in 2004, which provided high sensitivity broadband radio
measurements of natural lightning emissions, transmitting beacons,
and radio emissions from the near-Earth space environment. LF
AWESOME is a significant upgrade to the VLF AWESOME, in which the
frequency range has been extended to include the LF and part of the
medium frequency (MF) bands, the sensitivity improved by 10-25 dB
to be as low as 0.03 fT/ sqrt(Hz), depending on the frequency, and
timing error reduced to 15-20 ns range. The expanded capabilities
allow detection of radio atmospherics from lightning strokes at
global distances and multiple traverses around the world. It also
allows monitoring of transmitting beacons in the LF/MF band at
thousands of km distance. (from the abstract of the LF AWESOME
instrument paper)

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Details

Version:2.3.1

Instrument

ResourceID
spase://SMWG/Instrument/AWESOME/LF
ResourceHeader
ResourceName
LF AWESOME
AlternateName
Low Frequency Atmospheric Weather Electromagnetic System for Observation, Modeling, and Education
ReleaseDate
2020-08-21 19:35:36Z
Description

The Low Frequency Atmospheric Weather Electromagnetic
System for Observation, Modeling, and Education, or LF AWESOME is a
high-sensitivity radio receiver for the frequency band 0.5-470 kHz.
The receiver is an upgraded version of the VLF AWESOME, completed
in 2004, which provided high sensitivity broadband radio
measurements of natural lightning emissions, transmitting beacons,
and radio emissions from the near-Earth space environment. LF
AWESOME is a significant upgrade to the VLF AWESOME, in which the
frequency range has been extended to include the LF and part of the
medium frequency (MF) bands, the sensitivity improved by 10-25 dB
to be as low as 0.03 fT/ sqrt(Hz), depending on the frequency, and
timing error reduced to 15-20 ns range. The expanded capabilities
allow detection of radio atmospherics from lightning strokes at
global distances and multiple traverses around the world. It also
allows monitoring of transmitting beacons in the LF/MF band at
thousands of km distance. (from the abstract of the LF AWESOME
instrument paper)

Contacts
RolePersonStartDateStopDateNote
1.PrincipalInvestigatorspase://SMWG/Person/Morris.Cohen
InformationURL
InformationURL
Name
Broadband longwave radio remote sensing instrumentation
URL
InstrumentType
SpectralPowerReceiver
InvestigationName
AWESOME
ObservatoryID