Strip Test Database
STRIP25
Tests
- DC characterization - Tambient
- DC characterization - Tcryo
- Bandpass characterization Tcryo (PS0101 - PWR3 blind)
- Bandpass characterization Tcryo (PS0110 - PWR0 blind)
- Y-Factor test_up LB (PS0101-PWR0 blind)
- Y-Factor test_down LB (PS0110-PWR3 blind)
- Long acquisition
- OMT short acquisition with HEMT's turned off
- OMT short acquisition with HEMTs turned off. offeset for 1/f
- RF -60dBm no crossguide 0° horizontal waveguide
- RF -60dBm no crossguide 0°
- 77K and 300K in front of circular feed horn
- 77K and 300K in front of circular feed horn
- grid tilted 45°. 77K in front of circ.feed horn 300K at 90°
- grid tilted 45°. 77K in front of circ.feed horn 300K at 90°
- OMT Y-factor 77-300K in front of circular feed horn
- RF -60dBm no crossguide 0°
- RF-60dBm no crossguide 22.5°
- RF-60dBm no crossguide 22.5°
- RF-60dBm no crossguide 22.5°
- RF-60dBm no crossguide 45°
- RF-60dBm no crossguide 45°
- RF-60dBm no crossguide 45°
- RF -60dBm no cross guide signal injected at 67.5°
- RF -60dBm no cross guide signal injected at 67.5°
- RF -60dBm no cross guide signal injected at 67.5°
- RF -60dBm no cross guide signal injected at 90°
- RF -60dBm no cross guide signal injected at 90°
- RF -60dBm no cross guide signal injected at 90°
- Long acquisition
- rectangular feed horn. 77K and 300K in front of the feed horn
- rectangular feed horn 77K and 300K in front of the horn
- OMT Y-factor 300K in front of rectangular feed horn horizontal. 300K with grid and 300K without grid
- OMT Y-factor 300K in front of rectangular feed horn horizontal. 300K with grid and 300K without grid
- OMT Y-factor 300K in front of rectangular feed horn horizontal. 300K with grid and 300K without grid
Bandpass estimates
- Bandpass characterization Tcryo (PS0101 - PWR3 blind) : νcen = 43.4±0.1 GHz, Δν = 7.0±0.2 GHz (details, analysis report).
- Bandpass characterization Tcryo (PS0110 - PWR0 blind) : νcen = 43.4±0.1 GHz, Δν = 7.0±0.1 GHz (details, analysis report).
Spectrum estimates
- Long acquisition : fknee = ± Hz, wn = ± ADU2/√Hz (details, analysis report).