With this TN we describe the format of the regin string to be used to configure the SuperAGILE WF

LAZZAROTTO, FRANCESCO

PACCIANI, LUIGI

OA@INAF - Istituto Nazionale di Astrofisica

2005Publication Year2023-02-27T10:11:31ZAcceptance in OA@INAFSuperAGILE ConfigurationTitlePACCIANI, LUIGI; LAZZAROTTO, FRANCESCOAuthorshttp://hdl.handle.net/20.500.12386/33887Handle25NumberAGILE IASF RMDOCUMENT TYPE: TECHNICAL NOTETITLE: SuperAGILE ConfigurationDOCUMENT No.: AGILE-IAS-TN-025 No. OF PAGES:  18ISSUE No.: 1 DATE: 7/7/2005PREPARED BY: L. PACCIANI, F. LAZZAROTTO  CHECKED BY: M. FEROCI, A. ARGANAPPROVED BY:             A. ARGAN  DATE: 7/7/2005Any information contained in this document is property of INAF/IASF Roma(Italy),  you may use and print this document for non-commercial purposesprovided that no additions, changes  or deletions to content  or formatting aremade. Please contact us if you would like to use the information containedherein in any other manner.IASF RM1/18AGILE IASF RMCHANGE RECORDIssue Date Page Description of Changes Release107/06/05First issue related to SA conf 1Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RMTABLE OF CONTENTS1 INTRODUCTION.......................................................................................................................................... IV1.1 Scope and Purpose of the Document..................................................................................................... ivDefinitions, Acronyms, Abbreviations........................................................................................................... iv1.1.1 Acronyms........................................................................................................................................ iv2 REFERENCE DOCUMENTS........................................................................................................................V3 SA CONFIGURATION.................................................................................................................................. VI3.1 DESCRIPTION OF SA CONFIGURATION...........................................................................................vii3.1.1 REGIN config (DC REGISTER _IN FOR “SCIE MODE”)...............................................................vii3.1.2 SAIE DAC...................................................................................................................................... viii3.1.3 SAFEE DAC.................................................................................................................................. viii3.1.4 number of calpulses........................................................................................................................ ix3.1.5 DC master reset.............................................................................................................................. ix3.1.6 DC SUPPLY (DC supply switch)..................................................................................................... ix3.1.7 LatchUP Monitor enable.................................................................................................................. ix3.1.8 MGO sampling delay....................................................................................................................... x3.1.9 veto enable...................................................................................................................................... x3.1.10 ST VETO CONFIG (ST_VETO_CONF).........................................................................................x3.1.11 MCAL VETO CONFIG (MCAL_VETO_CONF)..............................................................................x3.1.12 DC ENABLE.................................................................................................................................. xi3.2 FORMAT OF FITS FILE FIELDS for SA CONFIGURATION.................................................................xii3.2.1 CONFIGURATION SEQUENCE...................................................................................................xiii4 SA COMMUNICATION WITH ST, MCAL AND AC.....................................................................................XIV5 CONFIGURATION REGIN FOR XAA1.2 DAISY CHAINS WITHIN SAGILE SAFEES................................XVList OF FiguresAny information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM1 INTRODUCTION1.1 Scope and Purpose of the Document Definitions, Acronyms, AbbreviationsThe following is a list of  definitions used throughout this document.1.1.1 ACRONYMSEGSE Electrical Ground Support EquipmentGSE Ground Support EquipmentInstrument SC Instrument Science ConsoleIP Integrated PayloadP/L PayloadPDHU Payload Data handling UnitTBC To Be ConfirmedTBD To Be DefinedTC TelecommandTE Test EquipmentTM TelemetryAny information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM2 REFERENCE DOCUMENTS[1] SAIE 2 PFM TEST REPORT[2] SAIE specification and requirement document [3] AGILE IPL reference system Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM3 SA CONFIGURATIONThe SAFEEs configuration is performed by the SAIEs.  To make this task, the SAIEs receive commands fromthe PDHU (these commands are described in the “SA-IE 1 PFM Test Report”, table 1 and in the “ SA-IE 2PFM Test Report”, table 1”).To perform physics run and calibrations with the SuperAGILE instrument, is then necessary to know: 1. the SAIEs configuration (sRAM included);2. the commands sintax that the PDHU send to the SAIEs;3. the commands sintax for the commands received by the PDHU  4. the commands list.Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM3.1 DESCRIPTION OF SA CONFIGURATIONAccording to the previous considerations, we have found this set of “structures” to describe the SuperAGILEconfiguration:3.1.1 REGIN CONFIG (DC REGISTER _IN FOR “SCIE MODE”)This structure describe the “register in” that will be sent to SAFEEs DCs with a “CONFIGURATION Start”command from the PDHU to the SAIEs. The same structure is used as “base regins” by the “calibration Start”command. This structure is a vector of 8 sub-structures. Each substructure describes the regin for one DC. Internallyeach substructure is subdivided in 3 segments. Each segment describes the regin configuration of the 3XAA1.2 inside a Daisy Chain.  The “Regin CONFIG” of a SAIE contains 646 bit x 3(XAA1 chip) x 4(DC) x 2(SAFEE  boards). NB: The SAIE uses two different SRAM segments to store  the “regin config” for the DCs. One memorysegment  is  for  the configuration of  the “OBSERVATION MODE”,  the other  memory  segment  is  for  the“CALIBRATION MODE”. Unfortunately the PDHU stores the same “regin config” in both the segments.The format of “REGIN CONFIG” structure is given later in this document .....Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM3.1.2 SAIE DAC  Inside a SAIE we can configure 8x3 DACs (type AD8800, with 8bit DACs): 1. MGO low threshold DC0-S02. MGO low threshold DC1-S03. MGO low threshold DC2-S04. MGO low threshold DC3-S05. MGO high threshold DC0-S06. MGO high threshold DC1-S07. MGO high threshold DC2-S08. MGO high threshold DC3-S09. MGO low threshold DC0-S110.MGO low threshold DC1-S111.MGO low threshold DC2-S112.MGO low threshold DC3-S113.MGO high threshold DC0-S114.MGO high threshold DC1-S115.MGO high threshold DC2-S116.MGO high threshold DC3-S117.S0 HV regulation18.S0 Energy upper threshold19.S1 HV regulation20.S1 Energy upper threshold21.Cal. amplitude 022.Cal. amplitude 123.Cal. amplitude 224.Cal. amplitude 3“The SAIE DAC” structure contains 8 x 3 fields.3.1.3 SAFEE DACInside each SAFEE we can configure 32 DACs (AD8842 type, 8 bit for each DAC).We use a structure with 64 fields (8 fields for evey DC) containing:1. Analog threshold DC0-S02. Vfs DC0-S03.  Vfp DC0-S04. prebias DC0-S05. shabias DC0-S06. TrigDelbias DC0-S0Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM7. TrigWbias DC0-S08. ResWbias DC0-S08 x 4 x 2 (BYTE VALUES) 3.1.4 NUMBER OF CALPULSESA configuration word is used to set the number of pulses of a given amplitude to send to the channel during acalibration. 3.1.5 DC MASTER  RESET1 bit is used to enable the master reset generation for a single DC. A structure of 8 fields (1 bit size each) isused to configure the master reset generation option on the 8 DCs.8 x 1bit values (active = high) 3.1.6 DC SUPPLY  (DC SUPPLY  SWITCH)1 bit is used to switch on/off the supplies of the SAFEEs. A structure of 10 fields is used to configure theoption for:1. +-5V S0 2. +-5V S1, 3. +-2V DC0-S04. +-2V DC1-S05. +-2V DC2-S06. +-2V DC3-S07. +-2V DC0-S18. +-2V DC1-S19. +-2V DC2-S110. +-2V DC3-S110 x 1bit values (active = high)3.1.7 LATCHUP MONITOR  ENABLE  1 bit is used to switch on/off the latchup monitor on the supply lines of the SAFEEs. A structure of 10 fields isused to configure the option for the following lines:11.+5V S0 12.+5V S1, 13.+2V DC0-S014.+2V DC1-S0Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM15.+2V DC2-S016.+2V DC3-S017.+2V DC0-S118.+2V DC1-S119.+2V DC2-S120. +2V DC3-S110 x 1bit values (active = high)3.1.8 MGO SAMPLING DELAY6 bit, (1 value)3.1.9 VETO ENABLE1 bit is used to enable/disable the VETO. A structure of 8 fields is used to configure the option for:1.  dummy events enable2.  abt  events enable3.  AC TOP veto enable4.  AC LAT veto enable5.  AC ST veto enable6.  AC MCAL veto enable7.  MGO high threshold8.  Energy high threshold8 x 1bit values (active = high)3.1.10 ST VETO CONFIG (ST_VETO_CONF)A structure containing two fields is used to configure the timimg of the Anticoincidence signal from the ST:1. 3bit (time width us) 2. 4bit (time delay us)array st_veto_config[2] (size=2)st_veto_conf[0] values in [0, 7]st_veto_conf[1] values in [0, 15]3.1.11 MCAL VETO CONFIG (MCAL_VETO_CONF)A structure containing two fields is used to configure the timimg of the Anticoincidence signal from the ST:1. 3bit (time width us) 2. 4bit (time delay us)mcal_veto_conf[0] values in [0, 7]Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RMmcal_veto_conf[1] values in [0, 15]2 valuesminicalorimeter3.1.12 DC ENABLE 1 bit is used to enable/disable the DCs triggers to the SAIE (DC LISTENING ENABLE). A structure of 8 fieldsis used.1bit x 4DCs X 2SAFEEsAny information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM3.2 FORMAT OF FITS FILE FIELDS for SA CONFIGURATIONConventionalnameComponent to setDescription n. of values Values data typeDC_REGIN_SCIEDC_REGIN_CALISAIE_DACSAFEE_DACTable 1Configuration macro parameters Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM3.2.1 CONFIGURATION  SEQUENCEXAA1 configuration2 steps :• 1 SRAM fetch• 2 XAA1 config  Single command, 3 registers sent configuration controlAny information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM4 SA COMMUNICATION WITH ST, MCAL AND ACAny information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RM5 CONFIGURATION  REGIN   FOR   XAA1.2  DAISY  CHAINS  WITHINSAGILE SAFEES In the following tables, bit number 0 is the first bit sent with the programming string for REGIN.Configuration regin for D.C.#0bit XA DC0-645 0 0646-1291 1 01292-1937 2 0configuration regin for D.C. #1:bit XA DC0-645 0 1646-1291 1 11292-1937 2 1configuration regin for D.C. #2:bit XA DC0-645 0 2646-1291 1 21292-1937 2 2configuration regin for D.C. #3:Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RMbit XA DC0-645 0 3646-1291 1 31292-1937 2 3Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RMconfiguration regin for a single XA (I.e. X1):bit significato note0 enable/disable test input of ch 0...127 enable/disable test input of ch 1271: test input is enabled0: test input is disabled128-130 fine threshold bits 0bit 128:  signbit 129: fine threshold MSBbit 130: fine theshold LSB ...509-511 fine threshold bits 127512 disable/enable trigger signal from ch 0 ...639 disable/enable trigger signal from ch 1271: disable trigger0: enable trigger640 XA address LSB...643 XA address MSBexamples:0000: address 01000: address 10100: address 2...644 Stretcher bit 1: stretcher ON0: stretcher OFF645 “test mode” bit of XAA1.2 1: XAA1.2 in “test mode” (working modefor calibration run)0: XAA1.2 in “Normal” mode Logic value 1 corresponds to +2v, logic value 0 corresponds to -2v.XAA1.2 indexing within  the SAFEE rises from left to right while looking SAFEE from side with componentsand with detector on top. Term “ch” refers to physical channel of  X1.It should be mentrioned that the  “real address” produced during calibration run with the SAIEf has invertedsign with respect to physical numeration  of SuperAGILE strips: Electronic calibration of first daisy chainAny information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.AGILE IASF RMstarts  from  physical  channel  number  #383  (real  address=0)  and  stops  with  physical  channel  #0  (realaddress=383). Any information contained in this document is property of INAF/IASF Roma (Italy),  you may use and print this document for non-commercial purposes provided that no additions, changes  or deletions to content  or formatting are made. Please contact us if you would like to use the information contained herein in any other manner.

SuperAGILE Configuration

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SuperAGILE Configuration

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