Equipment Model Documentation

API refers to the Application Program Interface generated from the incode-documentation using Doxygen.
Equipment Model refers to the design paper in PDF format.
The page Future of DeviceAccess Front-End Software lists equipment-models which have to be suported on mid-range and long time.

API	Equipment Model	Comment	Linac only	FAIR relevant	Outlook
DX	Beam Position Monitor				?? still for phase-probes ??
DTX	Beam Trafo (Slow and Fast)				? replaced by FESA ?
DTTC	Beamloss Monitor (High Current)		X
MB	Bumper			X	replacement by FESA planed
MBUK	Bunch Compressor	basiert auf STD		X	replace by FESA
DPB	Bunchgenerator		X
DSKM	Collimator controlled with uIOC				FESA class for mIOC ready
DSK	Collimator, see Stepping Motor	nur Properties, greift auf DS zu
MD	DC-Magnet	Lastumschaltung, ACUs und DAC/ADC-Karten an einem MIL-Bus still running in Unilac	(x)	X	Unilac: available in FESA
DMAN	Device Manager	eq-model of GµP
ESAU	E-Cooler Special Application Units			X
ME	Elektrostatic Septum			X
EC	Equipment Controller	eq-model of EC
EZR	EZR RF	basiert auf STD	X	X
FBSD	Feedback Schottky Diagnose				really used??
HFUM	HFU Medien		X
HSAU	HLI Special Application Units	basiert auf STD	X	X
DCI	Integrale Pulsstrommessung Cup		X
DTI	Integrale Pulsstrommessung Trafo		X
IPS	Interactive Peripheral System	Poti-Board
ISDP	Ion Source Cup	basiert auf STD	X
ISCP	Ion Source Current Peak	basiert auf STD	X	X
ISEE	Ion Source Extraction Electrodes	basiert auf STD	X	X
ISMO	Ion Source Motor Drive	basiert auf STD	X	X
IQX	Ion Source Power Supplies		X
ISAU	Ion Source Special Application Units	basiert auf STD	X	X
MK	Kicker	object oriented modellation of hardware elements, see outline of EC software		X
DSM	Motor, controlled with uIOC				FESA class for uIOC ready
DSME	Motorsteuerung des Injektions-Septums				high reliability parallel-movement of two motors
DPX	Phasensonde		X
PPOS	Positionierbarer PLA			X
PLA	Pressluftantriebe
DGX	Profile Grid
MX	Pulsed Magnet	HSI Timing, HSI Timing Measurements: #1 #2 #3, ACUs und DAC/ADC-Karten an einem MIL-Bus	(x)	X	to be replaced in Unilac
PZUA	PZ Unilac Alarmhandling		X
PZU	PZ Unilac Eventverteilung		X
PZUI	PZ Unilac Interlock Choppersteuerung		X
PZUS	PZ Unilac Superzyklus		X
RPG	Rahmenpulsgenerator
MXS	Serial Connected Pulsed Magnet		X
SWPZ	Software Timing Generator	Local generation of timing events for software tests and in ion source test facilities			not for accelerator operation
ISSP	Sputter Puls	basiert auf STD	X	X
ISSD	Sputter Puls Super Device	basiert auf STD	X
STD	Standard Devices
STHV	Stepping HV	new property STEPS2 for LSA
DS	Stepping Motor
CS	Stochastic Cooling
DC	Strommessung Cup		X
MS	Sweeper		X
CEHV	Switch of Electron Cooler				???
TGX	Timing Generator Kicker	TG/Kicker synchronization, RF reference signals			already replaced by new synchronisation?
DTC	Trafos
ISVT	Turbopump	basiert auf STD	X	X
BCU	Unilac Chopper		X
UG	Unilac Gasstripper		X
HFU	Unilac RF		X
VVC	Vacuum Ventile
ISRM	X-Ray Monitor	basiert auf STD	X

See the Documentation HowTo to learn how to generate equipment model API documentation from the incode docu using Doxygen and how to place the API HTMLs as well as the equipment model PDFs ("Gerätemodelle") on the server.

No Longer Used

API	Equipment Model	Comment
BC	SIS Injection Chopper	Kalibrierung von GTK7BC1L, replaced by new HW controlled by FESA
PZS	PZ SIS/ESR Eventverteilung	Schema Synchronisierung SIS/ESR-Pulszentralen, replaced by FESA FAIR-TM
FG	Function Generator	HW-Description: KO-Exciter, replaced by FESA
GPIB	GPIB bus access	no longer in use
HVDM	HV Power Supplies CAEN	replaced by FESA (new HW)
DI	Spill Counter	replaced by FESA
CE	Electron Cooler
DCV	Stromverlauf
DSI	Scraper Current
EMA	Emittance
HFS	HF Synchronisation	obsolet, new switch-matrix will use FESA
IT	Internal Target ESR
LXI	LXI ethernet access to devices	no longer used
TFS	Transversal Feedback System
TG	Timing Generator SIS	replaced by TGX
DTP	Schnelle Strahltrafos Pulsform	never implemented