PROM #1 in the Level 1.5 Veto-Confirm MTG Timing Specification File Timing Specification File Revision: 15-JULY-1992 PROM Timing Waveform Serial Number: 1B PROM 1 of the Level 1.5 Veto-Confirm MTG supplies the signals for MTG channels #1 through #8. All numeric data in all Timing Specification Files is in decimal. The PROM pattern in this file for 6 bunch on 6 bunch operation begins at address 100 and plays through address 651. This is 6 Beam Crossing Sections of 92 "Ticks" each. The PROM pattern in this file for 4 bunch on 4 bunch operation begins at address 1100 and plays through address 1655. This is 4 Beam Crossing Sections of 139 "Ticks" each. Modifications: The Rev. A file is the initial definition of this Level 1.5 Veto-Confirm MTG PROM. Rev B is a modificatin of Rev A. The only difference is that now all 8 bits in the PROM are defined. Channel Function --------- ------------------------------------------------------------ 1. Level 1.5 Veto-Confirm 2. Level 1.5 Veto-Confirm 3. Level 1.5 Veto-Confirm 4. Level 1.5 Veto-Confirm 5. Level 1.5 Veto-Confirm 6. Level 1.5 Veto-Confirm 7. Level 1.5 Veto-Confirm 8. Level 1.5 Veto-Confirm Page 2 On the rising positive edge of these timing signals the Level 1.5 Veto-Confirm MTG channels sample (latch) the state of the 16 Specific Trigger Done signals from the DigiMem cards. On the falling negative edge of these timing signals the Level 1.5 Veto-Confirm MTG channels sample (latch) the state of the 16 Specific Trigger Answer signals from the DigiMem cards. Also on the falling negative edge is when the Veto and Confirm MTG channels will start to output their new information for the current Level 1.5 Decision cycle. Beginning_of_Data_Section ; L15 Veto-Confirm MTG Channel #1 generates the Level 1.5 ; Veto-Confirm waveform. Channel #1, Down_At 0, Up_At 155, Down_At 161 ; ; L15 Veto-Confirm MTG Channel #2 generates the Level 1.5 ; Veto-Confirm waveform. Channel #2, Down_At 0, Up_At 155, Down_At 161 ; ; L15 Veto-Confirm MTG Channel #3 generates the Level 1.5 ; Veto-Confirm waveform. Channel #3, Down_At 0, Up_At 155, Down_At 161 ; ; L15 Veto-Confirm MTG Channel #4 generates the Level 1.5 ; Veto-Confirm waveform. Channel #4, Down_At 0, Up_At 155, Down_At 161 ; ; ; Page 3 ; L15 Veto-Confirm MTG Channel #5 generates the Level 1.5 ; Veto-Confirm waveform. Channel #5, Down_At 0, Up_At 155, Down_At 161 ; ; L15 Veto-Confirm MTG Channel #6 generates the Level 1.5 ; Veto-Confirm waveform. Channel #6, Down_At 0, Up_At 155, Down_At 161 ; ; L15 Veto-Confirm MTG Channel #7 generates the Level 1.5 ; Veto-Confirm waveform. Channel #7, Down_At 0, Up_At 155, Down_At 161 ; ; L15 Veto-Confirm MTG Channel #8 generates the Level 1.5 ; Veto-Confirm waveform. Channel #8, Down_At 0, Up_At 155, Down_At 161 ; ; ; Page 4 ; ; Now repeat these timing patters for all 6 beam crossings that are in a ; turn around the accelerator. As the pattern starts the P6 crossing has ; just happened and the pattern will be making the decision on the P6 ; event data. ; ; Process the Event ; Data from the Nth ; Beam Crossing ; ----------------- ; ; MTG PROM Addresses 100 through 191 service the P6 crossing Repeat Channel #1, Starting_with 100 Through 191 Copied_to 192 ; P1 crossing Repeat Channel #1, Starting_with 100 Through 191 Copied_to 284 ; P2 crossing Repeat Channel #1, Starting_with 100 Through 191 Copied_to 376 ; P3 crossing Repeat Channel #1, Starting_with 100 Through 191 Copied_to 468 ; P4 crossing Repeat Channel #1, Starting_with 100 Through 191 Copied_to 560 ; P5 crossing ; MTG PROM Addresses 560 through 651 service the ; P5 crossing. MTG PROM Address 651 is the last ; PROM Address used in this 6 on 6 pattern. Repeat Channel #2, Starting_with 100 Through 191 Copied_to 192 ; P1 crossing Repeat Channel #2, Starting_with 100 Through 191 Copied_to 284 ; P2 crossing Repeat Channel #2, Starting_with 100 Through 191 Copied_to 376 ; P3 crossing Repeat Channel #2, Starting_with 100 Through 191 Copied_to 468 ; P4 crossing Repeat Channel #2, Starting_with 100 Through 191 Copied_to 560 ; P5 crossing Repeat Channel #3, Starting_with 100 Through 191 Copied_to 192 ; P1 crossing Repeat Channel #3, Starting_with 100 Through 191 Copied_to 284 ; P2 crossing Repeat Channel #3, Starting_with 100 Through 191 Copied_to 376 ; P3 crossing Repeat Channel #3, Starting_with 100 Through 191 Copied_to 468 ; P4 crossing Repeat Channel #3, Starting_with 100 Through 191 Copied_to 560 ; P5 crossing Repeat Channel #4, Starting_with 100 Through 191 Copied_to 192 ; P1 crossing Repeat Channel #4, Starting_with 100 Through 191 Copied_to 284 ; P2 crossing Repeat Channel #4, Starting_with 100 Through 191 Copied_to 376 ; P3 crossing Repeat Channel #4, Starting_with 100 Through 191 Copied_to 468 ; P4 crossing Repeat Channel #4, Starting_with 100 Through 191 Copied_to 560 ; P5 crossing Repeat Channel #5, Starting_with 100 Through 191 Copied_to 192 ; P1 crossing Repeat Channel #5, Starting_with 100 Through 191 Copied_to 284 ; P2 crossing Repeat Channel #5, Starting_with 100 Through 191 Copied_to 376 ; P3 crossing Repeat Channel #5, Starting_with 100 Through 191 Copied_to 468 ; P4 crossing Repeat Channel #5, Starting_with 100 Through 191 Copied_to 560 ; P5 crossing ; ; Page 5 Repeat Channel #6, Starting_with 100 Through 191 Copied_to 192 ; P1 crossing Repeat Channel #6, Starting_with 100 Through 191 Copied_to 284 ; P2 crossing Repeat Channel #6, Starting_with 100 Through 191 Copied_to 376 ; P3 crossing Repeat Channel #6, Starting_with 100 Through 191 Copied_to 468 ; P4 crossing Repeat Channel #6, Starting_with 100 Through 191 Copied_to 560 ; P5 crossing Repeat Channel #7, Starting_with 100 Through 191 Copied_to 192 ; P1 crossing Repeat Channel #7, Starting_with 100 Through 191 Copied_to 284 ; P2 crossing Repeat Channel #7, Starting_with 100 Through 191 Copied_to 376 ; P3 crossing Repeat Channel #7, Starting_with 100 Through 191 Copied_to 468 ; P4 crossing Repeat Channel #7, Starting_with 100 Through 191 Copied_to 560 ; P5 crossing Repeat Channel #8, Starting_with 100 Through 191 Copied_to 192 ; P1 crossing Repeat Channel #8, Starting_with 100 Through 191 Copied_to 284 ; P2 crossing Repeat Channel #8, Starting_with 100 Through 191 Copied_to 376 ; P3 crossing Repeat Channel #8, Starting_with 100 Through 191 Copied_to 468 ; P4 crossing Repeat Channel #8, Starting_with 100 Through 191 Copied_to 560 ; P5 crossing ; ; Page 6 ; Now setup the timing pattern for the 4 bunch on 4 bunch operation. ; -------------------------------------------------------------------- ; L15 Veto-Confirm MTG Channel #1 Level 1.5 Veto_Confirm MTG waveform. Channel #1, Down_At 1024 Repeat Channel #1, Starting_with 100 Through 191 Copied_to 1147 ; L15 Veto-Confirm MTG Channel #2 Level 1.5 Veto_Confirm MTG waveform. Channel #2, Down_At 1024 Repeat Channel #2, Starting_with 100 Through 191 Copied_to 1147 ; L15 Veto-Confirm MTG Channel #3 Level 1.5 Veto_Confirm MTG waveform. Channel #3, Down_At 1024 Repeat Channel #3, Starting_with 100 Through 191 Copied_to 1147 ; L15 Veto-Confirm MTG Channel #4 Level 1.5 Veto_Confirm MTG waveform. Channel #4, Down_At 1024 Repeat Channel #4, Starting_with 100 Through 191 Copied_to 1147 ; ; Page 7 ; L15 Veto-Confirm MTG Channel #5 Level 1.5 Veto_Confirm MTG waveform. Channel #5, Down_At 1024 Repeat Channel #5, Starting_with 100 Through 191 Copied_to 1147 ; L15 Veto-Confirm MTG Channel #6 Level 1.5 Veto_Confirm MTG waveform. Channel #6, Down_At 1024 Repeat Channel #6, Starting_with 100 Through 191 Copied_to 1147 ; L15 Veto-Confirm MTG Channel #7 Level 1.5 Veto_Confirm MTG waveform. Channel #7, Down_At 1024 Repeat Channel #7, Starting_with 100 Through 191 Copied_to 1147 ; L15 Veto-Confirm MTG Channel #8 Level 1.5 Veto_Confirm MTG waveform. Channel #8, Down_At 1024 Repeat Channel #8, Starting_with 100 Through 191 Copied_to 1147 ; ; Page 8 ; Now repeat these timing patters for all 4 beam ; crossings that are in a turn around the accelerator. ; ; Process the Event ; Data from the Nth ; Beam Crossing ; ----------------- ; ; MTG PROM Addresses 1100 through 1238 service the P4 crossing Repeat Channel #1, Starting_with 1100 Through 1238 Copied_to 1239 ; P1 cross Repeat Channel #1, Starting_with 1100 Through 1238 Copied_to 1378 ; P2 cross Repeat Channel #1, Starting_with 1100 Through 1238 Copied_to 1517 ; P3 cross ; MTG PROM Addresses 1517 through 1655 service the ; P3 crossing. MTG PROM Address 1655 is the last ; PROM Address used in this 4 on 4 pattern. Repeat Channel #2, Starting_with 1100 Through 1238 Copied_to 1239 ; P1 cross Repeat Channel #2, Starting_with 1100 Through 1238 Copied_to 1378 ; P2 cross Repeat Channel #2, Starting_with 1100 Through 1238 Copied_to 1517 ; P3 cross Repeat Channel #3, Starting_with 1100 Through 1238 Copied_to 1239 ; P1 cross Repeat Channel #3, Starting_with 1100 Through 1238 Copied_to 1378 ; P2 cross Repeat Channel #3, Starting_with 1100 Through 1238 Copied_to 1517 ; P3 cross Repeat Channel #4, Starting_with 1100 Through 1238 Copied_to 1239 ; P1 cross Repeat Channel #4, Starting_with 1100 Through 1238 Copied_to 1378 ; P2 cross Repeat Channel #4, Starting_with 1100 Through 1238 Copied_to 1517 ; P3 cross Repeat Channel #5, Starting_with 1100 Through 1238 Copied_to 1239 ; P1 cross Repeat Channel #5, Starting_with 1100 Through 1238 Copied_to 1378 ; P2 cross Repeat Channel #5, Starting_with 1100 Through 1238 Copied_to 1517 ; P3 cross Repeat Channel #6, Starting_with 1100 Through 1238 Copied_to 1239 ; P1 cross Repeat Channel #6, Starting_with 1100 Through 1238 Copied_to 1378 ; P2 cross Repeat Channel #6, Starting_with 1100 Through 1238 Copied_to 1517 ; P3 cross Repeat Channel #7, Starting_with 1100 Through 1238 Copied_to 1239 ; P1 cross Repeat Channel #7, Starting_with 1100 Through 1238 Copied_to 1378 ; P2 cross Repeat Channel #7, Starting_with 1100 Through 1238 Copied_to 1517 ; P3 cross Repeat Channel #8, Starting_with 1100 Through 1238 Copied_to 1239 ; P1 cross Repeat Channel #8, Starting_with 1100 Through 1238 Copied_to 1378 ; P2 cross Repeat Channel #8, Starting_with 1100 Through 1238 Copied_to 1517 ; P3 cross End_of_Data_Section