Difference between revisions of "Radiometer"
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=== Requirements === | === Requirements === | ||
| − | * Sensitive to fireballs (mag -4) with a SNR of at least | + | * Sensitive to fireballs (mag -4) with a SNR of at least 10dB |
* Will provide calibrated brightness in apparent magnitude without observations from other sensors or absolute magnitude with trajectory data | * Will provide calibrated brightness in apparent magnitude without observations from other sensors or absolute magnitude with trajectory data | ||
* Bandwidth from DC to at least 1kHz, but ideally capable of more | * Bandwidth from DC to at least 1kHz, but ideally capable of more | ||
Revision as of 13:40, 25 October 2018
Requirements
- Sensitive to fireballs (mag -4) with a SNR of at least 10dB
- Will provide calibrated brightness in apparent magnitude without observations from other sensors or absolute magnitude with trajectory data
- Bandwidth from DC to at least 1kHz, but ideally capable of more
- Low power (able to add to a DFNEXT observatory without changing power system)
- Less than $1000 per station
- Able to be used by a wide variety of users as standalone instruments and add-ons for fireball cameras
- Absolute timing precision that makes sense relative to the sample rate and no worse than the DFN observatories
Resulting Capabilities
<Stuart please fill in>
Paper Plan
Authors: Robert, Stuart, Hadrien or Stuart, Robert, Hadrien
- Abstract
- Introduction
- Background
- Objective
- Motivation
- Approach
- Prior Solutions
- MORP
- Prairie
- Czech
- Low cost
- Radiometer
- Requirements
- Concept Design
- Design Evolution
- Problems
- Results
- Sensitivity
- SNR
- Spectrum
- Bandwidth
- Cost
- DATA
- Availability/open source?
- Conclusions
- Future Work
- Multispectral
- Cubesat
- Future Work
