MDAT Frame Definitions 13-Oct-2008

These data are obsolete, click here for the current frame definitions.

MDAT Frame ParameterType CodeTransmitter Device Name Data SourceFormat Full ScaleLSB Value of 16 Bit Word Transmitter TypeUnique PALs Composite Delay from $07 at RCDelay on Module from $07 Current 166 Module LocationDiagnostic Receiver Name Notes
Time of Day LSW$03G:MDAT03 CAMAC Data from TEVA FEBit Protocol    C166 V13.2 16618M.ABL 16652I.ABL 160 uSG:TC03D 156 uS TEV $BE N22N/A Configured to always come up in CAMAC mode
Time of Day MSW$04G:MDAT04 CAMAC Data from TEVA FEBit Protocol    C166 V13.2 16618M.ABL 16652I.ABL 170 uSG:TC04D 166 uS TEV $BE N23N/A Configured to always come up in CAMAC mode
Tevatron Programmed I$10T:MDAT10 TECARUnsigned Positive Integer 5000 Amps76.29mA C166 V1.0 16618A.ABL 16652A.ABL 10 uS1 uS TEV $A6 N17T:MCRT10  
Tevatron Programmed I Dot$11T:MDAT11 TECARSigned 2's Compliment 439.453125 A/Sec13.41mA/sec C166 V2.0 16618B.ABL 16652A.ABL 20 uS10.8 uS TEV $A6 N18T:MCRT11  
Tevatron State$12T:MDAT12 CAMAC Data from PA1208 SequencerBit Protocol    C166 V13.2 16618M.ABL 16652I.ABL 220 uSG:TC12D 217 uS TEV $BE N16T:MCRT12 Configured to always come up in CAMAC mode
Tevatron Low Beta Squeeze Sequence #$13T:MDAT13 CAMAC Data from PA C49 via CAMAC 467Unsigned Positive Integer    C166 V14.0 16618K.ABL 16652H.ABL 230 uSG:TC13D 227 uS TEV $BF N5T:MCRT13  
Tevatron Measured I$20T:MDAT20 TECAR (Pass Through of T:IRING)Unsigned Positive Integer 5000 Amps76.29mA C166 V3.0 16618C.ABL 16652A.ABL 30 uS20.3 uS TEV $A6 N19T:MCRT20 TECAR is Not the Actual Data Source
Tevatron Measured I Dot$21T:MDAT21 TECARSigned 2's Compliment 439.453125 A/Sec13.41mA/sec C166 V4.0 16618D.ABL 16652A.ABL 40 uS31 uS TEV $A6 N20T:MCRT21 TECAR is Not the Actual Data Source. No Device Name for Actual Source.
Main Injector Programmed P$30I:MDAT30 MECARUnsigned Positive Integer 170 GeV2.59x10-3 GeV IPMDAT8  50 uSI:MMDT1 32 uS MECAR FE @MI60NI:MCRT30  
Main Injector Programmed P Dot$31I:MDAT31 MECARSigned 2's Compliment 410 GeV/Sec1.25x10-2 GeV/Sec IPMDAT8  60 uSIlMMDT2 42 uS MECAR FE @MI60NI:MCRT31  
Main Injector Measured I$40I:MDAT40 MECAR (Pass Through of I:MIBEND)Unsigned Positive Integer 10000 Amps152.59 mA IPMDAT8  70 uSI:MMDT3 52 uS MECAR FE @MI60NI:MCRT40  
Main Injector Measured I Dot$41I:MDAT41 MECAR (Pass Through of I:MDIBND)Signed 2's Compliment 25000 A/Sec762.96 mA/sec IPMDAT8  80 uSI:MMDT4 62 uS MECAR FE @MI60NI:MCRT41  
Tevatron Fixed-Target Intensity$50T:MDAT50 T:IBEAMBUnsigned Positive Integer 5.36E+138.18E+08 C166 V11.1 16618P.ABL 16652E.ABL 90 uST:TC50D 75 uS MI $F1 N2T:MCRT50  
Tevatron Colliding Physics Intensity/Low FT Intensity$51T:MDAT51 T:IBEAMUnsigned Positive Integer 1.00E+131.53E+08 C166 V12.1 16618P.ABL 16652A.ABL 100 uST:TC51D 84 uS MI $F1 N3T:MCRT51  
Tevatron Time at 150 GeV$52T:MDAT52 C:REMVB2Unsigned Positive Integer 327,670 sec10 sec C166 V13.0 16618O.ABL 16652G.ABL 110 uSG:TC52D 106 uS TEV $BE N18T:MCRT52  
Tevatron RF Anode Program$53T:MDAT53 T:APGUnsigned Positive Integer 10 Volts152.5925 mV C166 V14.0 16618N.ABL 16652H.ABL 120 uST:TC53D 103 uS MI $F3 N5T:MCRT53  
Main Injector Programmed P Prime - MSW - Exponent and Partial Fraction$54I:MDAT54 MECARIEEE Floating Point    IPMDAT8  130 uSI:MMDTD5 112 uS MECAR FE @MI60N   
Main Injector Programmed P Prime - LSW - Remainder of Fraction$55I:MDAT55 MECARIEEE Floating Point    IPMDAT8  140 uSI:MMDTD6 122 uS MECAR FE @MI60N   
Main Injector Cycle ID
(MI State)
$56  TLGBit Protocol    IPMDAT8  180 uSG:TGMIDY 179 uS TLGI:MCRT56 MI Machine Cycle ID for MILLRF
Main Injector Booster Batch Count$57  TLGBit Protocol    IPMDAT8  290 uSG:TGCNDY 291 uS TLG  Number of Booster batches in MI Cycle
Main Injector Fixed Target Intensity$60I:MDAT60 I:IBEAMBUnsigned Positive Integer 9.70E+131.48E+09 C166 V9.0 16618I.ABL 16652D.ABL 200 uSI:TC60D 157 uS MI $32 N14I:MCRT60  
Main Injector CP/Low Fixed Target Intensity $61I:MDAT61 I:IBEAMMUnsigned Positive Integer 2.66E+134.06E+08 C166 V9.0 16618I.ABL 16652D.ABL 210 uSI:TC61D 167 uS MI $32 N15I:MCRT61  
Main Injector Quad Difference Current$62I:MDAT62 MECARSigned Integer 120 Amps3.6621 mA IPMDAT8  150 uSI:MMDTD7 132 uS MECAR FE @MI60NI:MCRT62  
Tevatron FBI Proton Sum $70T:MDAT70 Tev FBIUnsigned Positive Integer 1.00E+131.53E+08 IPMDAT8  240 uST:TC70D 226 uS MDFBI FE @F0CRC:MCRT70  
Tevatron FBI Pbar Sum $71T:MDAT71 Tev FBIUnsigned Positive Integer 1.00E+131.53E+08 IPMDAT8  250 uST:TC71D 236 uS MDFBI FE @F0CRC:MCRT71  
Tevatron Intensity$72T:MDAT72 T:BEAMUnsigned Positive Integer 5.36E+138.18E+08 IPMDAT8  260 uS T:TC72D 246 uS TBEAM FE @F0CRC:MCRT72  
Main Injector Intensity$73I:MDAT73 I:BEAMUnsigned Positive Integer 9.70E+131.48E+09 IPMDAT8  270 uSI:TC73D 230 uS MIBEAM FE @MI30I:MCRT73  
Filtered MI Intensity for QXR$74I:MDAT74 I:BEAMUnsigned Positive Integer 9.70E+131.48E+09 IPMDAT8  280 uSI:TC74D 240 uS MIBEAM FE @MI30I:MCRT74  
RR Start of Cold Beam$80R:MDAT80 R:FPOS5Bit Protocol 37632 RFC1 RFC IPMDAT8  300 uSR:MDAT80 287 uS MDAT8X FE @MI60CRR:6CRT80 RR "A" position
RR End of Cold Beam$81R:MDAT81 R:FPOS7Bit Protocol 37632 RFC1 RFC IPMDAT8  310 uSR:MDAT81 297 uS MDAT8X FE @MI60CRR:6CRT81  
RR Start of Stack Beam$82R:MDAT82 R:FPOS3Bit Protocol 37632 RFC1 RFC IPMDAT8  320 uSR:MDAT82 307 uS MDAT8X FE @MI60CRR:6CRT82  
RR End of Stack Beam$83R:MDAT83 R:FPOS4Bit Protocol 37632 RFC1 RFC IPMDAT8  330 uSR:MDAT80 317 uS MDAT8X FE @MI60CRR:6CRT83  
RR Start of Transfer Beam$84R:MDAT84 R:FPOS0Bit Protocol 37632 RFC1 RFC IPMDAT8  340 uSR:MDAT84 327 uS MDAT8X FE @MI60CRR:6CRT84  
RR End of Transfer Beam$85R:MDAT85 R:FPOS1Bit Protocol 37632 RFC1 RFC IPMDAT8  350 uSR:MDAT85 337 uS MDAT8X FE @MI60CRR:6CRT85  
Recycler Ring Cycle ID
(RR State)
$86G:TLGRR TLGBit Protocol    IPMDAT8  360 uSG:TGRRDY 361 uS TLGR:6CRT86

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