Filterscopes

Related Pages

Diagnostics

Magnetics (Local): Reentrant array | Toroidal array | Saddle coils | Shell eddy sensors
Magnetics (Areal): Poloidal flux loops | Loop voltage | Diamagnetic loop | IP Rogowski
Spectroscopy: Thomson scattering | ChERS | X-ray spectroscopy | Spectrometry | Vacuum UV spectroscopy
Microwaves: Reflectometry | Interferometry
Physical Probes: HFS edge probes | LFS SOL probes | RFEA
Operational Diagnostics: Ion gauges | Coil current monitors | Thermocouples | RTDs

Distribution

The filterscopes are divided among three filterscope heads in space and 11 emission lines in wavelength.

Filterscope Heads

See Erik Granstedt's thesis

• Head A: somewhere?? Wavelengths observed at Head A are Dβ, Dα, C-II (658nm), Dγ, Vbrem (??nm), and Li-I (610nm).
• Head B: somewhere?? Wavelengths observed at Head B are Dα, Li-I (67nm0), Li-I (610nm), Li-II (?nm), and Li-I (460nm).
• Head C: somewhere?? Wavelengths observed at Head C are Li-I (497nm), Li-II (??nm), Dα, Li-I (610nm), Li-I (670), and O-II (441nm).

Acquisition

Signals:

Module 1: Chronos.Input_01 - _05

Module 2: Chronos.Input_06 - _10

Module 3: Chronos.Input_11 - _14

Module 4: Chronos.Input_15 - _18

Control Voltages:

Module 1: Chronos.Input_33 - _37

Module 2: Chronos.Input_19 - _23

Module 3: Chronos.Input_24 - _27

Module 4: Chronos.Input_28 - _31

See /u/dboyle/scope/ltx_b_fscopes.scope

Related Pages

Diagnostics

Magnetics (Local): Reentrant array | Toroidal array | Saddle coils | Shell eddy sensors
Magnetics (Areal): Poloidal flux loops | Loop voltage | Diamagnetic loop | IP Rogowski
Spectroscopy: Thomson scattering | ChERS | X-ray spectroscopy | Spectrometry | Vacuum UV spectroscopy
Microwaves: Reflectometry | Interferometry
Physical Probes: HFS edge probes | LFS SOL probes | RFEA
Operational Diagnostics: Ion gauges | Coil current monitors | Thermocouples | RTDs