
	DATE:     Wed May 22 11:45:52 2002

	DESIGN:   pld4b
	DEVICE:   MV384_184:1

	TITLE:    ATLAS SCT TIM, PLD4b: BCID & TTID Registers
	ENGINEER: Martin Postranecky / Dominic A Hayes
	COMPANY:  University College London

INFO : 
INFO :  Product:      MACHXL-XL
INFO :                Copyright MINC Incorporated 1987-1998
INFO :                Patent 5,140,526 and 5,499,191
INFO :  Version:      A6.2.1.11
INFO : 
INFO :  Device:       MV384_184
INFO :  Effective Utilization: 100
INFO :  Effort Level: 11
INFO : 
INFO :                 ****  DEVICE LEVEL RESOURCE TABLE  ****
INFO : 
INFO :                          Device
INFO :                          Capacity   Used  Remaining  Utilization
INFO : =================================================================
INFO : Clk/In Pins                  4        3        1        75.00
INFO : =================================================================
INFO : I/O Pins Used              184      122       62        66.30
INFO :     -------------------------------------------------------------
INFO :     Inputs                           81
INFO :     Outputs                          25
INFO :     Bidirectional                    16
INFO : =================================================================
INFO : Macrocells Used            384      126      258        32.81
INFO :     -------------------------------------------------------------
INFO :     Combinatorial                    20
INFO :     XOR Combinatorial                 0
INFO :     D_Flops                          97
INFO :     XOR D_Flops                       0
INFO :     T_Flops                           9
INFO :     Latches                           0
INFO :     XOR Latches                       0
INFO :     Input Registers                   0
INFO : -----------------------------------------------------------------
INFO : Macrocells Reserved        384        0      384         0.00
INFO : Macrocells Total           384      126      258        32.81
INFO : =================================================================
INFO : Clocks (All Blocks)
INFO :     -------------------------------------------------------------
INFO :     Pin Clocks               4        1        3        25.00
INFO :     Biphase Clocks          24        0       24         0.00
INFO :     Pin Clk/CE Combo        96        5       91         5.21
INFO :     PT Clocks               48        0       48         0.00
INFO :     Total Clocks            96        6       90         6.25
INFO : =================================================================
INFO : Clocks (Bonded-out Blocks Only)
INFO :     -------------------------------------------------------------
INFO :     Pin Clocks               4        0        4         0.00
INFO :     Biphase Clocks          15        0       15         0.00
INFO :     Pin Clk/CE Combo        60        2       58         3.33
INFO :     PT Clocks               30        0       30         0.00
INFO :     Total Clocks            60        2       58         3.33
INFO : =================================================================
INFO : Signals                    572      146      426        25.52
INFO : Pterms                    1536      211     1325        13.74
INFO : 1-pt Clusters              384       88      296        22.92
INFO : 3-pt Clusters              384       54      330        14.06
INFO : Output Enables              30        1       29         3.33
INFO : Node Enables                48        0       48         0.00
INFO : Set OR Reset                72        1       71         1.39
INFO : Latch Enables               24        0       24         0.00
INFO : SR & Latch Enables          72        1       71         1.39
INFO : =================================================================
INFO : Intersegment Lines         164       97       67        59.15
INFO : =================================================================


SUMMARY STATISTICS:


		Functions by block:
		  S0:  9  8  9  0 
		  S1:  2 12  0  0 
		  S2:  0  0  0  0 
		  S3: 16  0  0 15 
		  S4:  5  9 16  8 
		  S5:  0 12  5  0


POWER SUMMARY:

            BLOCK A   BLOCK B   BLOCK C   BLOCK D
SEGMENT  0: HIGH      HIGH      HIGH      LOW      
SEGMENT  1: HIGH      HIGH      LOW       LOW      
SEGMENT  2: LOW       LOW       LOW       LOW      
SEGMENT  3: HIGH      LOW       LOW       HIGH     
SEGMENT  4: HIGH      HIGH      HIGH      HIGH     
SEGMENT  5: LOW       HIGH      HIGH      LOW      

Number of blocks with power set to LOW is 11
Number of blocks with power set to MED_HIGH is 0
Number of blocks with power set to MED_LOW is 0
Number of blocks with power set to HIGH is 13


SEGMENT RESOURCE SUMMARY:

================================================================================
          INCLK I/O   IN     CTRL CLST 1-PT 3-PT SIGNAL ARRAY SEGMENT
SEGMENT   PINS  PINS  REG MC PTS  PTS  CLST CLST FANOUT INPUT LINES
================================================================================
AVAILABLE   4   -----  8  64  36   256  64   64   128    128    128
================================================================================
USED
S0          2   32/32  0  26   5    33  26    7    28     40     37
S1          1   32/32  0  14   5    17  14    3    36     22     18
S2          0   28/28  0   0   0     0   0    0     0      0      0
S3          2   32/32  0  31   4    55  31   14    38     35     22
S4          2   32/32  0  38   8    77  38   19    36     81     54
S5          1   28/28  0  17   3    29  17   12     5     33     32


BLOCK RESOURCE SUMMARY:

================================================================================
          CONTROL -------------  MACROCELL -------------------------------------
          CLK  BLK  OE  SR  CLK  I/O   IN     CLST 1-PT 3-PT SIGNAL ARRAY
BLOCK     PINS CLKS PTS PTS PTS  PINS  REG MC PTS  CLST CLST FANOUT INPUT
================================================================================
AVAILABLE   4   4    2   3   4   -----  2  16  64   16   16    32     32
================================================================================
USED
S0Ba        1   2    0   1   1    8/8   0   9   9    9    0     9     11
S0Bb        2   2    0   1   1    8/8   0   8  15    8    7    10     19
S0Bc        1   1    0   1   0    0/0   0   9   9    9    0     9     10
S0Bd        0   0    0   0   0   16/16  0   0   0    0    0     0      0
S1Ba        1   1    0   1   0    8/8   0   2   2    2    0    10      3
S1Bb        1   3    0   1   3    8/8   0  12  15   12    3    14     19
S1Bc        0   0    0   0   0    0/0   0   0   0    0    0     0      0
S1Bd        0   0    0   0   0   16/16  0   0   0    0    0    12      0
S2Ba        0   0    0   0   0   14/14  0   0   0    0    0     0      0
S2Bb        0   0    0   0   0   14/14  0   0   0    0    0     0      0
S2Bc        0   0    0   0   0    0/0   0   0   0    0    0     0      0
S2Bd        0   0    0   0   0    0/0   0   0   0    0    0     0      0
S3Ba        1   2    0   1   1    8/8   0  16  37   16   11    21     16
S3Bb        0   0    0   0   0    8/8   0   0   0    0    0     0      0
S3Bc        0   0    0   0   0    0/0   0   0   0    0    0     0      0
S3Bd        2   2    0   1   1   16/16  0  15  18   15    3    17     19
S4Ba        1   1    1   1   1    8/8   0   5  14    5    5     5     20
S4Bb        2   1    1   1   1    8/8   0   9  18    9    5     9     23
S4Bc        1   1    0   1   0    0/0   0  16  31   16    5    16     21
S4Bd        0   0    1   0   0   16/16  0   8  14    8    4     6     17
S5Ba        0   0    0   0   0   14/14  0   0   0    0    0     0      0
S5Bb        1   1    0   1   1   14/14  0  12  24   12   12     0     27
S5Bc        1   1    0   1   0    0/0   0   5   5    5    0     5      6
S5Bd        0   0    0   0   0    0/0   0   0   0    0    0     0      0


DEVICE RESOURCE UTILIZATION:

           Resource    Available      Used     Remaining      Percent
  Input/Clock Pins:          4           3           1          75
          I/O Pins:        184         184           0         100
        Input Regs:         48           0          48           0
        Macrocells:        384         126         258          32
    Control Pterms:        216          25         191          11
    Cluster Pterms:       1536         211        1325          13
     1-pt Clusters:        384         126         258          32
     3-pt Clusters:        384          55         329          14
    Signal Sources:        768         145         623          18
      Array Inputs:        768         211         557          27
Intersegment Lines:        164          97          67          59

========================================================================================
SIGNAL DIRECTORY:

    Notes: 'RS_SWAP' flags functions which are preset at power-on.

                                                                          P     S
                                        PIN          FAN  FANOUT          O     L
Sig_ID Signal_Name          CLASS  PIN  TYPE BLK  MC  IN BLK FCN #PTS REG L PWR W
========================================================================================
[000]  db[15]               BIPUT  157   I/O S4Bd 04   3   1   1   1  COM H  H  F 
[001]  db[14]               BIPUT  158   I/O S4Bd 05   3   1   1   1  COM H  H  F 
[002]  db[13]               BIPUT  159   I/O S4Bd 06   3   1   1   1  COM H  H  F 
[003]  db[12]               BIPUT  160   I/O S4Bd 07   3   1   1   1  COM H  H  F 
[004]  db[11]               BIPUT  166   I/O S4Bd 12   5   0   0   2  COM H  H  F 
[005]  db[10]               BIPUT  167   I/O S4Bd 13   5   0   0   2  COM H  H  F 
[006]  db[9]                BIPUT  168   I/O S4Bd 14   6   1   1   3  COM H  H  F 
[007]  db[8]                BIPUT  169   I/O S4Bd 15   6   1   1   3  COM H  H  F 
[008]  db[7]                BIPUT  176   I/O S4Ba 07   6   1   1   3  COM H  H  F 
[009]  db[6]                BIPUT  177   I/O S4Ba 04   6   1   1   3  COM H  H  F 
[010]  db[5]                BIPUT  178   I/O S4Ba 03   6   1   1   3  COM H  H  F 
[011]  db[4]                BIPUT  179   I/O S4Ba 02   6   1   1   3  COM H  H  F 
[012]  db[3]                BIPUT  187   I/O S4Bb 08   6   1   1   3  COM H  H  F 
[013]  db[2]                BIPUT  188   I/O S4Bb 11   6   1   1   3  COM H  H  F 
[014]  db[1]                BIPUT  189   I/O S4Bb 12   6   1   1   3  COM H  H  F 
[015]  db[0]                BIPUT  190   I/O S4Bb 13   6   1   1   3  COM H  H  F 
[016]  dboe                  NODE            S4Bb 04   4   3  16   2  COM H  H  S 
[017]  BCID_offset[3]        NODE            S4Bb 05   4   2   2   1  DFF H  H  S 
[018]  BCID_offset[2]        NODE            S4Bb 01   4   2   2   1  DFF H  H  S 
[019]  BCID_offset[1]        NODE            S4Bb 02   4   2   2   1  DFF H  H  S 
[020]  BCID_offset[0]        NODE            S4Bb 03   4   2   2   1  DFF H  H  S 
[021]  shiftidBCR[15]        NODE            S4Bc 00   2   1   1   1  DFF H  H  S 
[022]  shiftidBCR[14]        NODE            S4Bc 01   2   1   2   1  DFF H  H  S 
[023]  shiftidBCR[13]        NODE            S4Bc 02   2   1   2   1  DFF H  H  S 
[024]  shiftidBCR[12]        NODE            S4Bc 03   2   1   2   1  DFF H  H  S 
[025]  shiftidBCR[11]        NODE            S4Bc 04   2   1   2   1  DFF H  H  S 
[026]  shiftidBCR[10]        NODE            S4Bc 05   2   1   2   1  DFF H  H  S 
[027]  shiftidBCR[9]         NODE            S4Bc 06   2   1   2   1  DFF H  H  S 
[028]  shiftidBCR[8]         NODE            S4Bc 15   2   1   2   1  DFF H  H  S 
[029]  shiftidBCR[7]         NODE            S4Bc 08   2   1   2   1  DFF H  H  S 
[030]  shiftidBCR[6]         NODE            S4Bc 09   2   1   2   1  DFF H  H  S 
[031]  shiftidBCR[5]         NODE            S4Bc 10   2   1   2   1  DFF H  H  S 
[032]  shiftidBCR[4]         NODE            S4Bc 11   2   1   2   1  DFF H  H  S 
[033]  shiftidBCR[3]         NODE            S4Bc 12   2   1   2   1  DFF H  H  S 
[034]  shiftidBCR[2]         NODE            S4Bc 13   2   1   2   1  DFF H  H  S 
[035]  shiftidBCR[1]         NODE            S4Bc 14   2   1   2   1  DFF H  H  S 
[036]  qxidBCR               NODE            S4Bc 07  21   1  13   16 DFF H  H  S 
[037]  qRunModeStrobe        NODE            S0Bc 00   2   3  14   1  DFF H  H  S 
[038]  qidTRIG               NODE            S3Bd 00   2   2  14   1  DFF H  H  S 
[039]  q2idTRIG              NODE            S3Bd 01   2   1   2   1  DFF H  H  S 
[040]  BC_Strobe              OUT  141   I/O S3Bd 07   5   0   0   2  DFF H  H  F 
[041]  BCIDcounter[11]       NODE            S3Ba 03  14   2   4 1+2  TFF H  H  S 
[042]  BCIDcounter[10]       NODE            S3Ba 05  13   2   5 1+2  TFF H  H  S 
[043]  BCIDcounter[9]        NODE            S3Ba 06  12   2   6 1+2  TFF H  H  S 
[044]  BCIDcounter[8]        NODE            S3Ba 02  11   3   7 1+2  TFF H  H  S 
[045]  BCIDcounter[7]        NODE            S3Ba 08  10   3   8 1+2  TFF H  H  S 
[046]  BCIDcounter[6]        NODE            S3Ba 00   9   3   9 1+2  TFF H  H  S 
[047]  BCIDcounter[5]        NODE            S3Ba 10   8   3  10 1+2  TFF H  H  S 
[048]  BCIDcounter[4]        NODE            S3Ba 11   7   3  11 1+2  TFF H  H  S 
[049]  BCIDcounter[3]        NODE            S3Ba 12   6   3  12 1+2  TFF H  H  S 
[050]  BCIDcounter[2]        NODE            S3Ba 14   5   3  13   3  DFF H  H  S 
[051]  BCIDcounter[1]        NODE            S3Ba 15   4   3  14   2  DFF H  H  S 
[052]  BCIDcounter[0]        NODE            S3Ba 09   3   3  15   1  DFF H  H  S 
[053]  qBCntIn[11]           NODE            S5Bc 12   2   2   2   1  DFF H  H  S 
[054]  qBCntIn[10]           NODE            S5Bc 11   2   2   2   1  DFF H  H  S 
[055]  qBCntIn[9]            NODE            S1Bb 03   2   2   2   1  DFF H  H  S 
[056]  qBCntIn[8]            NODE            S0Bc 01   2   2   2   1  DFF H  H  S 
[057]  qBCntIn[7]            NODE            S5Bc 07   2   2   2   1  DFF H  H  S 
[058]  qBCntIn[6]            NODE            S1Bb 01   2   2   2   1  DFF H  H  S 
[059]  qBCntIn[5]            NODE            S5Bc 03   2   2   2   1  DFF H  H  S 
[060]  qBCntIn[4]            NODE            S5Bc 04   2   2   2   1  DFF H  H  S 
[061]  qBCntIn[3]            NODE            S0Bc 15   2   2   2   1  DFF H  H  S 
[062]  qBCntIn[2]            NODE            S1Bb 02   2   2   2   1  DFF H  H  S 
[063]  qBCntIn[1]            NODE            S0Ba 00   2   2   2   1  DFF H  H  S 
[064]  qBCntIn[0]            NODE            S1Bb 13   2   2   2   1  DFF H  H  S 
[065]  BCID[11]               OUT  205   I/O S5Bb 04   5   0   0   2  DFF H  H  F 
[066]  BCID[10]               OUT  204   I/O S5Bb 05   5   0   0   2  DFF H  H  F 
[067]  BCID[9]                OUT  203   I/O S5Bb 06   5   0   0   2  DFF H  H  F 
[068]  BCID[8]                OUT  202   I/O S5Bb 07   5   0   0   2  DFF H  H  F 
[069]  BCID[7]                OUT  200   I/O S5Bb 08   5   0   0   2  DFF H  H  F 
[070]  BCID[6]                OUT  199   I/O S5Bb 09   5   0   0   2  DFF H  H  F 
[071]  BCID[5]                OUT  198   I/O S5Bb 10   5   0   0   2  DFF H  H  F 
[072]  BCID[4]                OUT  197   I/O S5Bb 11   5   0   0   2  DFF H  H  F 
[073]  BCID[3]                OUT  196   I/O S5Bb 12   5   0   0   2  DFF H  H  F 
[074]  BCID[2]                OUT  195   I/O S5Bb 13   5   0   0   2  DFF H  H  F 
[075]  BCID[1]                OUT  194   I/O S5Bb 14   5   0   0   2  DFF H  H  F 
[076]  BCID[0]                OUT  193   I/O S5Bb 15   5   0   0   2  DFF H  H  F 
[077]  ceBCID                NODE            S3Bd 14   3   1  12   2  COM H  H  S 
[078]  RegBCID[11]           NODE            S3Ba 01   3   1   1   1  DFF H  H  S 
[079]  RegBCID[10]           NODE            S3Ba 07   3   1   1   1  DFF H  H  S 
[080]  RegBCID[9]            NODE            S3Ba 04   3   1   1   1  DFF H  H  S 
[081]  RegBCID[8]            NODE            S3Bd 02   3   1   1   1  DFF H  H  S 
[082]  RegBCID[7]            NODE            S3Bd 03   3   1   1   1  DFF H  H  S 
[083]  RegBCID[6]            NODE            S3Bd 04   3   1   1   1  DFF H  H  S 
[084]  RegBCID[5]            NODE            S3Bd 05   3   1   1   1  DFF H  H  S 
[085]  RegBCID[4]            NODE            S3Bd 15   3   1   1   1  DFF H  H  S 
[086]  RegBCID[3]            NODE            S3Bd 09   3   1   1   1  DFF H  H  S 
[087]  RegBCID[2]            NODE            S3Bd 10   3   1   1   1  DFF H  H  S 
[088]  RegBCID[1]            NODE            S3Bd 11   3   1   1   1  DFF H  H  S 
[089]  RegBCID[0]            NODE            S3Bd 12   3   1   1   1  DFF H  H  S 
[090]  RegTTC_BCID[11]       NODE            S0Ba 01   3   1   1   1  DFF H  H  S 
[091]  RegTTC_BCID[10]       NODE            S0Ba 15   3   1   1   1  DFF H  H  S 
[092]  RegTTC_BCID[9]        NODE            S1Bb 05   3   1   1   1  DFF H  H  S 
[093]  RegTTC_BCID[8]        NODE            S0Ba 12   3   1   1   1  DFF H  H  S 
[094]  RegTTC_BCID[7]        NODE            S0Ba 14   3   1   1   1  DFF H  H  S 
[095]  RegTTC_BCID[6]        NODE            S1Bb 15   3   1   1   1  DFF H  H  S 
[096]  RegTTC_BCID[5]        NODE            S0Ba 04   3   1   1   1  DFF H  H  S 
[097]  RegTTC_BCID[4]        NODE            S0Ba 06   3   1   1   1  DFF H  H  S 
[098]  RegTTC_BCID[3]        NODE            S0Ba 09   3   1   1   1  DFF H  H  S 
[099]  RegTTC_BCID[2]        NODE            S1Bb 11   3   1   1   1  DFF H  H  S 
[100]  RegTTC_BCID[1]        NODE            S0Ba 08   3   1   1   1  DFF H  H  S 
[101]  RegTTC_BCID[0]        NODE            S1Bb 09   3   1   1   1  DFF H  H  S 
[102]  SABCR2                 OUT  129   I/O S3Ba 13  14   0   0   1  COM H  H  F 
[103]  qTTypeStrobe          NODE            S3Bd 13   2   2   2   1  DFF H  H  S 
[104]  TT_Strobe              OUT  142   I/O S3Bd 06   5   0   0   2  DFF H  H  F 
[105]  qTTIDin[9]            NODE            S0Bc 14   2   1   1   1  DFF H  H  S 
[106]  qTTIDin[8]            NODE            S0Bc 13   2   1   1   1  DFF H  H  S 
[107]  qTTIDin[7]            NODE            S0Bc 05   2   1   1   1  DFF H  H  S 
[108]  qTTIDin[6]            NODE            S0Bc 06   2   1   1   1  DFF H  H  S 
[109]  qTTIDin[5]            NODE            S0Bc 09   2   1   1   1  DFF H  H  S 
[110]  qTTIDin[4]            NODE            S0Bc 08   2   1   1   1  DFF H  H  S 
[111]  qTTIDin[3]            NODE            S0Bb 00   2   1   1   1  DFF H  H  S 
[112]  qTTIDin[2]            NODE            S1Ba 09   2   1   1   1  DFF H  H  S 
[113]  qTTIDin[1]            NODE            S1Ba 01   2   1   1   1  DFF H  H  S 
[114]  qTTIDin[0]            NODE            S1Bb 10   2   1   1   1  DFF H  H  S 
[115]  TTID[9]                OUT  174   I/O S4Ba 11   5   1   1   2  DFF H  H  F 
[116]  TTID[8]                OUT  232   I/O S0Bb 12   5   1   1   2  DFF H  H  F 
[117]  TTID[7]                OUT  233   I/O S0Bb 11   5   1   1   2  DFF H  H  F 
[118]  TTID[6]                OUT  238   I/O S0Bb 02   5   1   1   2  DFF H  H  F 
[119]  TTID[5]                OUT  235   I/O S0Bb 07   5   1   1   2  DFF H  H  F 
[120]  TTID[4]                OUT  236   I/O S0Bb 04   5   1   1   2  DFF H  H  F 
[121]  TTID[3]                OUT  234   I/O S0Bb 08   5   1   1   2  DFF H  H  F 
[122]  TTID[2]                OUT   69   I/O S1Bb 12   5   1   1   2  DFF H  H  F 
[123]  TTID[1]                OUT   66   I/O S1Bb 07   5   1   1   2  DFF H  H  F 
[124]  TTID[0]                OUT   65   I/O S1Bb 04   5   1   1   2  DFF H  H  F 
[125]  ceTTID                NODE            S0Bb 15   4   3  10   2  COM H  H  S 
[126]  nOA_rst              INPUT  122   I/O S3Ba         12 106
[127]  clk4                 INPUT  149 INCLK               0   0
[128]  RunMode              INPUT  123   I/O S3Ba          5  26
[129]  bReadb               INPUT  132   I/O S3Bd          1   1
[130]  bWriteb              INPUT  133   I/O S3Bd          0   0
[131]  Reg14                INPUT  136   I/O S3Bd          3  21
[132]  Reg16                INPUT  137   I/O S3Bd          4  14
[133]  Reg2A                INPUT  138   I/O S3Bd          1   1
[134]  nLEb2                INPUT  152 INCLK               2   5
[135]  idBCR                INPUT  124   I/O S3Ba          1   2
[136]  BCntStrobe           INPUT  231   I/O S0Bb          1   1
[137]  idTRIG               INPUT   29 INCLK               1   1
[138]  enBCID               INPUT  125   I/O S3Ba          1   1
[139]  BCntIn[11]           INPUT   49   I/O S1Bd          1   1
[140]  BCntIn[10]           INPUT   48   I/O S1Bd          1   1
[141]  BCntIn[9]            INPUT   47   I/O S1Bd          1   1
[142]  BCntIn[8]            INPUT   46   I/O S1Bd          1   1
[143]  BCntIn[7]            INPUT   45   I/O S1Bd          1   1
[144]  BCntIn[6]            INPUT   44   I/O S1Bd          1   1
[145]  BCntIn[5]            INPUT   43   I/O S1Bd          1   1
[146]  BCntIn[4]            INPUT   42   I/O S1Bd          1   1
[147]  BCntIn[3]            INPUT   40   I/O S1Bd          1   1
[148]  BCntIn[2]            INPUT   39   I/O S1Bd          1   1
[149]  BCntIn[1]            INPUT   38   I/O S1Bd          1   1
[150]  BCntIn[0]            INPUT   37   I/O S1Bd          1   1
[151]  enSABCR2             INPUT  127   I/O S3Ba          1   1
[152]  TTypeStrobe          INPUT  237   I/O S0Bb          1   1
[153]  enTType              INPUT  126   I/O S3Ba          1   1
[154]  TTIDin[9]            INPUT   64   I/O S1Bb          1   1
[155]  TTIDin[8]            INPUT   63   I/O S1Bb          1   1
[156]  TTIDin[7]            INPUT   59   I/O S1Ba          1   1
[157]  TTIDin[6]            INPUT   58   I/O S1Ba          1   1
[158]  TTIDin[5]            INPUT   57   I/O S1Ba          1   1
[159]  TTIDin[4]            INPUT   56   I/O S1Ba          1   1
[160]  TTIDin[3]            INPUT   55   I/O S1Ba          1   1
[161]  TTIDin[2]            INPUT   54   I/O S1Ba          1   1
[162]  TTIDin[1]            INPUT   53   I/O S1Ba          1   1
[163]  TTIDin[0]            INPUT   52   I/O S1Ba          1   1
[164]  sgbA[7]              INPUT    9   I/O S0Ba          0   0
[165]  sgbA[6]              INPUT    8   I/O S0Ba          0   0
[166]  sgbA[5]              INPUT    7   I/O S0Ba          0   0
[167]  sgbA[4]              INPUT    6   I/O S0Ba          0   0
[168]  sgbA[3]              INPUT    5   I/O S0Ba          0   0
[169]  sgbA[2]              INPUT    4   I/O S0Ba          0   0
[170]  sgbA[1]              INPUT    3   I/O S0Ba          0   0
[171]  sgbA[0]              INPUT    2   I/O S0Ba          0   0
[172]  sgbB[7]              INPUT   19   I/O S0Bd          0   0
[173]  sgbB[6]              INPUT   18   I/O S0Bd          0   0
[174]  sgbB[5]              INPUT   17   I/O S0Bd          0   0
[175]  sgbB[4]              INPUT   16   I/O S0Bd          0   0
[176]  sgbB[3]              INPUT   15   I/O S0Bd          0   0
[177]  sgbB[2]              INPUT   14   I/O S0Bd          0   0
[178]  sgbB[1]              INPUT   13   I/O S0Bd          0   0
[179]  sgbB[0]              INPUT   12   I/O S0Bd          0   0
[180]  sgbC[7]              INPUT   28   I/O S0Bd          0   0
[181]  sgbC[6]              INPUT   27   I/O S0Bd          0   0
[182]  sgbC[5]              INPUT   26   I/O S0Bd          0   0
[183]  sgbC[4]              INPUT   25   I/O S0Bd          0   0
[184]  sgbC[3]              INPUT   24   I/O S0Bd          0   0
[185]  sgbC[2]              INPUT   23   I/O S0Bd          0   0
[186]  sgbC[1]              INPUT   22   I/O S0Bd          0   0
[187]  sgbC[0]              INPUT   21   I/O S0Bd          0   0
[188]  sgbD[4]              INPUT   77   I/O S2Ba          0   0
[189]  sgbD[3]              INPUT   76   I/O S2Ba          0   0
[190]  sgbD[2]              INPUT   75   I/O S2Ba          0   0
[191]  enExtRodBusy         INPUT   78   I/O S2Ba          0   0
[192]  TIM_OK_OUT           INPUT   73   I/O S2Ba          0   0
[193]  TTC_ready_in         INPUT   74   I/O S2Ba          0   0
[194]  s4b_5[7]             INPUT  108   I/O S2Bb          0   0
[195]  s4b_5[6]             INPUT  107   I/O S2Bb          0   0
[196]  s4b_5[5]             INPUT  106   I/O S2Bb          0   0
[197]  s4b_5[4]             INPUT  105   I/O S2Bb          0   0
[198]  s4b_5[3]             INPUT  104   I/O S2Bb          0   0
[199]  s4b_5[2]             INPUT  103   I/O S2Bb          0   0
[200]  s4b_5[1]             INPUT  102   I/O S2Bb          0   0
[201]  s4b_5[0]             INPUT  101   I/O S2Bb          0   0
[202]  s4a_4b[7]            INPUT  118   I/O S3Bb          0   0
[203]  s4a_4b[6]            INPUT  117   I/O S3Bb          0   0
[204]  s4a_4b[5]            INPUT  116   I/O S3Bb          0   0
[205]  s4a_4b[4]            INPUT  115   I/O S3Bb          0   0
[206]  s4a_4b[3]            INPUT  114   I/O S3Bb          0   0
[207]  s4a_4b[2]            INPUT  113   I/O S3Bb          0   0
[208]  s4a_4b[1]            INPUT  112   I/O S3Bb          0   0
[209]  s4a_4b[0]            INPUT  111   I/O S3Bb          0   0
========================================================================================


FANOUT TABLE:

PASS/              Src      Fanouts--------------------------------------
FAIL  Signal_Src   SL# ISL# Blk  SL#  Mux   Blk  SL#  Mux   Blk  SL#  Mux
========================================================================================
Block S0Ba:
PASS [063] S0BaM0   96 139  S0Ba --- M00I7  S5Bb 118 M06I1
PASS [090] S0BaM1  111  71  S4Bd 102 M27I5
PASS [096] S0BaM4    9  44  S4Ba  11 M30I6
PASS [097] S0BaM6   99  99  S4Ba 126 M19I0
PASS [100] S0BaM8   75  58  S4Bb  94 M16I2
PASS [098] S0BaM9  110  95  S4Bb 101 M08I1
PASS [093] S0BaM12  73 146  S4Bd  70 M11I5
PASS [094] S0BaM14  20 156  S4Ba   8 M22I5
PASS [091] S0BaM15  68  26  S4Bd  83 M10I3

Block S0Bb:
PASS [111] S0BbM0  --- ---  S0Bb --- M00I7
PASS [118] S0BbM2   33 149  S4Ba  54 M07I4
PASS [120] S0BbM4   37  85  S4Ba  40 M29I3
PASS [119] S0BbM7   79 118  S4Ba  76 M24I2
PASS [121] S0BbM8  115 131  S4Bb 124 M07I0
PASS [117] S0BbM11  67  18  S4Ba  91 M04I1
PASS [116] S0BbM12  74 150  S4Bd  69 M08I3
PASS [125] S0BbM15  44  81  S0Bb --- M15I7  S1Bb  39 M23I4  S4Ba  59 M06I4
PASS [152] S0BbP3   83  62  S3Bd  67 M14I3
PASS [136] S0BbP13 101 ---  S0Bc 101 M15I5

Block S0Bc:
PASS [037] S0BcM0  104 143  S0Ba 104 M07I0  S1Bb 108 M16I0  S3Bd 126 M08I5
PASS [056] S0BcM1    4  80  S0Ba   4 M13I6  S5Bb   7 M28I6
PASS [107] S0BcM5    2 ---  S0Bb   2 M17I6
PASS [108] S0BcM6  102 ---  S0Bb 102 M18I1
PASS [110] S0BcM8   11 ---  S0Bb  11 M01I6
PASS [109] S0BcM9   14 ---  S0Bb  14 M03I6
PASS [106] S0BcM13   1 ---  S0Bb   1 M22I5
PASS [105] S0BcM14  49 133  S4Ba  61 M20I0
PASS [061] S0BcM15  52  33  S0Ba  52 M25I0  S5Bb  42 M22I2

Block S1Ba:
PASS [113] S1BaM1  111 ---  S1Bb 111 M21I0
PASS [112] S1BaM9  110 ---  S1Bb 110 M26I1
PASS [156] S1BaP2   82  42  S0Bc  64 M18I3
PASS [157] S1BaP3  115  39  S0Bc 123 M05I6
PASS [158] S1BaP4   28 112  S0Bc   3 M25I0
PASS [159] S1BaP7   87  10  S0Bc  90 M23I4
PASS [160] S1BaP8  120 107  S0Bb 113 M31I0
PASS [161] S1BaP11 --- ---  S1Ba --- M27I7
PASS [162] S1BaP12 --- ---  S1Ba --- M28I7
PASS [163] S1BaP13 125 ---  S1Bb 125 M00I0

Block S1Bb:
PASS [058] S1BbM1   36  73  S1Bb --- M01I7  S5Bb  44 M18I5
PASS [062] S1BbM2   33 113  S1Bb --- M02I7  S5Bb  36 M00I3
PASS [055] S1BbM3   71 154  S1Bb --- M03I7  S5Bb  74 M23I2
PASS [124] S1BbM4   37 129  S4Bb  51 M24I3
PASS [092] S1BbM5   34   9  S4Bd  60 M09I2
PASS [123] S1BbM7  119 127  S4Bb 104 M18I0
PASS [101] S1BbM9   46  57  S4Bb  42 M22I2
PASS [114] S1BbM10 --- ---  S1Bb --- M10I7
PASS [099] S1BbM11 107  75  S4Bb 116 M03I1
PASS [122] S1BbM12  42 101  S4Bb  49 M02I4
PASS [064] S1BbM13  32 137  S1Bb --- M13I7  S5Bb  46 M30I4
PASS [095] S1BbM15  76 114  S4Ba  88 M11I2
PASS [155] S1BbP2   50 125  S0Bc  35 M14I1
PASS [154] S1BbP3  123 147  S0Bc 112 M28I6

Block S1Bd:
PASS [150] S1BdP4   20 ---  S1Bb  20 M14I5
PASS [149] S1BdP5   93  98  S0Ba  92 M06I1
PASS [148] S1BdP6   22 ---  S1Bb  22 M05I4
PASS [147] S1BdP7   95   2  S0Bc  76 M02I4
PASS [146] S1BdP8   64 122  S5Bc  71 M20I3
PASS [145] S1BdP9   25  40  S5Bc  15 M26I0
PASS [144] S1BdP10  26 ---  S1Bb  26 M19I5
PASS [143] S1BdP11  59  89  S5Bc  43 M23I2
PASS [142] S1BdP12  60 145  S0Bc  60 M13I2
PASS [141] S1BdP13  29 ---  S1Bb  29 M20I5
PASS [140] S1BdP14  70  38  S5Bc  68 M17I3
PASS [139] S1BdP15  63  97  S5Bc  45 M19I2

Block S3Ba:
PASS [046] S3BaM0    8  92  S3Ba --- M00I7  S3Bd   8 M23I1  S5Bb   4 M19I6
PASS [078] S3BaM1  111 155  S4Bd 100 M13I5
PASS [044] S3BaM2  101  31  S3Ba --- M02I7  S3Bd 101 M18I5  S5Bb 101 M08I1
PASS [041] S3BaM3   98  35  S3Ba --- M03I7  S5Bb 116 M03I1
PASS [080] S3BaM4   64  22  S4Bd  79 M21I4
PASS [042] S3BaM5   18  64  S3Ba --- M05I7  S5Bb  22 M05I4
PASS [043] S3BaM6   11   8  S3Ba --- M06I7  S5Bb  20 M14I5
PASS [079] S3BaM7   71   6  S4Bd  82 M02I3
PASS [045] S3BaM8  107  47  S3Ba --- M08I7  S3Bd 107 M24I6  S5Bb 125 M02I0
PASS [052] S3BaM9  110 123  S3Ba --- M09I7  S3Bd 110 M17I6  S5Bb 108 M16I0
PASS [047] S3BaM10 102 115  S3Ba --- M10I7  S3Bd 102 M19I5  S5Bb 103 M10I1
PASS [048] S3BaM11  72  90  S3Ba --- M11I7  S3Bd  72 M22I2  S5Bb  76 M04I2
PASS [049] S3BaM12  16  72  S3Ba --- M12I7  S3Bd  16 M06I0  S5Bb  12 M25I5
PASS [050] S3BaM14 108   7  S3Ba --- M14I7  S3Bd 108 M26I6  S5Bb 124 M07I0
PASS [051] S3BaM15  12 136  S3Ba --- M15I7  S3Bd  12 M29I0  S5Bb  28 M09I4
PASS [126] S3BaP2  114  51  S0Ba 100 M29I0  S0Bb 100 M12I1  S0Bc 100 M08I5
                            S1Ba  96 M19I3  S1Bb  96 M09I1  S3Ba --- M18I7
                            S3Bd 114 M07I6  S4Ba 110 M26I0  S4Bb 110 M20I0
                            S4Bc 110 M21I6  S5Bb 110 M20I0  S5Bc 110 M21I6
PASS [128] S3BaP3   83  74  S0Bb  94 M16I2  S1Bb  79 M27I2  S3Bd  83 M10I3
                            S4Ba  71 M09I3  S5Bb  78 M29I2
PASS [135] S3BaP4  116  67  S4Bc 117 M31I6
PASS [138] S3BaP7   87 ---  S3Bd  87 M28I4
PASS [153] S3BaP8   88 ---  S3Bd  88 M02I4
PASS [151] S3BaP11 --- ---  S3Ba --- M27I7

Block S3Bd:
PASS [038] S3BdM0    0 ---  S3Ba   0 M19I6  S3Bd --- M00I7
PASS [039] S3BdM1  --- ---  S3Bd --- M01I7
PASS [081] S3BdM2   37  61  S4Bd  36 M30I2
PASS [082] S3BdM3    2  96  S4Ba  13 M16I5
PASS [083] S3BdM4    1  68  S4Ba  31 M00I5
PASS [084] S3BdM5   42  65  S4Ba  55 M13I4
PASS [086] S3BdM9   46  45  S4Bb  37 M21I4
PASS [087] S3BdM10   6  16  S4Bb   5 M23I6
PASS [088] S3BdM11  80  94  S4Bb  87 M01I2
PASS [089] S3BdM12   9 144  S4Bb  30 M13I5
PASS [103] S3BdM13  85  86  S0Bb  72 M19I2  S3Bd --- M13I7
PASS [077] S3BdM14  44 121  S5Bb  35 M12I5
PASS [085] S3BdM15  36 105  S4Ba  50 M14I1
PASS [133] S3BdP9   57  13  S4Bb  45 M19I3
PASS [132] S3BdP10  26  56  S0Bb  22 M05I4  S4Ba   6 M17I6  S4Bb   6 M00I6
                            S4Bd   6 M22I0
PASS [131] S3BdP11  59 117  S4Ba  39 M12I4  S4Bb  39 M09I5  S4Bd  39 M23I2
PASS [129] S3BdP15  63 157  S4Bb  43 M26I2

Block S4Ba:
PASS [115] S4BaM11  17 ---  S4Bd  17 M00I0
PASS [011] S4BaP2  114 135  S0Bb 108 M28I1
PASS [010] S4BaP3   27  60  S0Bb  19 M13I4
PASS [009] S4BaP4   28 120  S0Bb  18 M27I4
PASS [008] S4BaP7  119   3  S0Bb 105 M23I0

Block S4Bb:
PASS [018] S4BbM1  108 ---  S4Bc 108 M19I6  S4Bd 108 M26I6
PASS [019] S4BbM2   33 ---  S4Bc  33 M07I1  S4Bd  33 M25I2
PASS [020] S4BbM3  111 ---  S4Bc 111 M16I6  S4Bd 111 M19I4
PASS [016] S4BbM4  109 ---  S4Ba 109 M31I3  S4Bb --- M04I7  S4Bd 109 M03I5
PASS [017] S4BbM5   66 ---  S4Bc  66 M23I3  S4Bd  66 M16I3
PASS [012] S4BbP8   56   5  S0Bb  58 M02I5
PASS [013] S4BbP11  99  79  S1Bb 104 M18I0
PASS [014] S4BbP12  92 130  S1Bb  83 M31I2
PASS [015] S4BbP13  93 158  S1Bb  77 M11I2

Block S4Bc:
PASS [021] S4BcM0  --- ---  S4Bc --- M00I7
PASS [022] S4BcM1  --- ---  S4Bc --- M01I7
PASS [023] S4BcM2  --- ---  S4Bc --- M02I7
PASS [024] S4BcM3  --- ---  S4Bc --- M03I7
PASS [025] S4BcM4  --- ---  S4Bc --- M04I7
PASS [026] S4BcM5  --- ---  S4Bc --- M05I7
PASS [027] S4BcM6  --- ---  S4Bc --- M06I7
PASS [036] S4BcM7   15 152  S3Ba  20 M07I6
PASS [029] S4BcM8  --- ---  S4Bc --- M08I7
PASS [030] S4BcM9  --- ---  S4Bc --- M09I7
PASS [031] S4BcM10 --- ---  S4Bc --- M10I7
PASS [032] S4BcM11 --- ---  S4Bc --- M11I7
PASS [033] S4BcM12 --- ---  S4Bc --- M12I7
PASS [034] S4BcM13 --- ---  S4Bc --- M13I7
PASS [035] S4BcM14 --- ---  S4Bc --- M14I7
PASS [028] S4BcM15 --- ---  S4Bc --- M15I7

Block S4Bd:
PASS [000] S4BdP4   20 ---  S4Bb  20 M14I5
PASS [001] S4BdP5   21 ---  S4Bb  21 M12I4
PASS [002] S4BdP6   22 ---  S4Bb  22 M05I4
PASS [003] S4BdP7   23 ---  S4Bb  23 M15I5
PASS [006] S4BdP14  62 ---  S4Ba  62 M03I3
PASS [007] S4BdP15  63  37  S0Bb  36 M20I4

Block S5Bc:
PASS [059] S5BcM3   47  29  S0Ba  51 M02I4  S5Bb  47 M17I3
PASS [060] S5BcM4    5  88  S0Ba  27 M04I5  S5Bb   5 M26I6
PASS [057] S5BcM7  111  27  S0Ba  98 M28I0  S5Bb 111 M21I0
PASS [054] S5BcM11   3 140  S0Ba   8 M22I5  S5Bb   3 M24I6
PASS [053] S5BcM12  10  12  S0Ba  12 M18I5  S5Bb  10 M11I6

Input/Clock Pins:
PASS [137] CLOCK0   85  70  S3Bd  66 M16I3
PASS [134] CLOCK3   96  83  S0Bb 107 M30I1  S4Bb  96 M17I1


BLOCK CONFIGURATION TABLES:

   Notes: '*' indicates that the pin is bonded-out


========================================================================================
******************************* BLOCK 'S0Ba': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [063]  S0BaM0  qBCntIn[1]
I02   [059]  S5BcM3  qBCntIn[5]
I04   [060]  S5BcM4  qBCntIn[4]
I06   [149]  S1BdP5  BCntIn[1]
I07   [037]  S0BcM0  qRunModeStrobe
I13   [056]  S0BcM1  qBCntIn[8]
I18   [053]  S5BcM12 qBCntIn[11]
I22   [054]  S5BcM11 qBCntIn[10]
I25   [061]  S0BcM15 qBCntIn[3]
I28   [057]  S5BcM7  qBCntIn[7]
I29   [126]  S3BaP2  nOA_rst

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [063]  qBCntIn[1]
NODE  [090]  RegTTC_BCID[11]
INPUT [171]  sgbA[0]
INPUT [170]  sgbA[1]
NODE  [096]  RegTTC_BCID[5]
INPUT [169]  sgbA[2]
NODE  [097]  RegTTC_BCID[4]
INPUT [168]  sgbA[3]
NODE  [100]  RegTTC_BCID[1]
INPUT [167]  sgbA[4]
NODE  [098]  RegTTC_BCID[3]
INPUT [166]  sgbA[5]
NODE  [093]  RegTTC_BCID[8]
INPUT [165]  sgbA[6]
INPUT [164]  sgbA[7]
NODE  [094]  RegTTC_BCID[7]
NODE  [091]  RegTTC_BCID[10]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT0 = qRunModeStrobe ;
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PIN_CLOCK,POL=HIGH,CE=CLK_PT0) : clk4 ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 ------x----------------------x--  2 1---------------   1  H 2  R0 S [063] GND [---]
01 -------x----------x----------x--  3 -1--------------   1  H 0  R0 S [090] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [171] *
03 --------------------------------  0 334-------------   -  - - --- - [---] GND [170] *
04 --x----x---------------------x--  3 ----1-----------   1  H 0  R0 S [096] GND [169] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
06 ----x--x---------------------x--  3 ------1---------   1  H 0  R0 S [097] GND [---]
07 --------------------------------  0 ---43434334-----   -  - - --- - [---] GND [168] *
08 x------x---------------------x--  3 --------1-------   1  H 0  R0 S [100] GND [167] *
09 -------x-----------------x---x--  3 ---------1------   1  H 0  R0 S [098] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [166] *
12 -------x-----x---------------x--  3 ------------1---   1  H 0  R0 S [093] GND [165] *
13 --------------------------------  0 -----------43433   -  - - --- - [---] GND [164] *
14 -------x--------------------xx--  3 --------------1-   1  H 0  R0 S [094] GND [---]
15 -------x--------------x------x--  3 ---------------1   1  H 0  R0 S [091] GND [---]

========================================================================================
******************************* BLOCK 'S0Bb': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [111]  S0BbM0  qTTIDin[3]
I01   [110]  S0BcM8  qTTIDin[4]
I02   [012]  S4BbP8  db[3]
I03   [109]  S0BcM9  qTTIDin[5]
I05   [132]  S3BdP10 Reg16
I12   [126]  S3BaP2  nOA_rst
I13   [010]  S4BaP3  db[5]
I15   [125]  S0BbM15 ceTTID
I16   [128]  S3BaP3  RunMode
I17   [107]  S0BcM5  qTTIDin[7]
I18   [108]  S0BcM6  qTTIDin[6]
I19   [103]  S3BdM13 qTTypeStrobe
I20   [007]  S4BdP15 db[8]
I22   [106]  S0BcM13 qTTIDin[8]
I23   [008]  S4BaP7  db[7]
I27   [009]  S4BaP4  db[6]
I28   [011]  S4BaP2  db[4]
I30   [134]  CLOCK3  nLEb2
I31   [160]  S1BaP8  TTIDin[3]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [111]  qTTIDin[3]
OUT   [118]  TTID[6]
INPUT [152]  TTypeStrobe
OUT   [120]  TTID[4]
OUT   [119]  TTID[5]
OUT   [121]  TTID[3]
OUT   [117]  TTID[7]
OUT   [116]  TTID[8]
INPUT [136]  BCntStrobe
NODE  [125]  ceTTID

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT0 = ceTTID ;
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PIN_CLOCK,POL=HIGH,CE=CLK_PT0) : clk4 ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 ------------x------------------x  2 1---------------   1  H 2  R0 S [111] GND [---]
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
02 ------------x--xx-x--------x----  5 --4-------------   2  H 0  R0 F [---] VCC [118] *
03 --------------------------------  0 34-4-44---------   -  - - --- - [---] GND [152] *
04 -x----------x--xx-----------x---  5 ----4-----------   2  H 0  R0 F [---] VCC [120] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
07 ---x--------xx-xx---------------  5 -------4--------   2  H 0  R0 F [---] VCC [119] *
08 x-x---------x--xx---------------  5 --------4-------   2  H 0  R0 F [---] VCC [121] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 ------------x--xxx-----x--------  5 -----------4----   2  H 0  R0 F [---] VCC [117] *
12 ------------x--xx---x-x---------  5 ------------4---   2  H 0  R0 F [---] VCC [116] *
13 --------------------------------  0 ---------4------   -  - - --- - [---] GND [136] *
14 --------------------------------  0 ----------4--44-   -  - - --- - [---] GND [---]
15 -----x----------x--x----------x-  4 ---------------4   2  H - COM S [125] GND [---]

========================================================================================
******************************* BLOCK 'S0Bc': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I02   [147]  S1BdP7  BCntIn[3]
I05   [157]  S1BaP3  TTIDin[6]
I08   [126]  S3BaP2  nOA_rst
I13   [142]  S1BdP12 BCntIn[8]
I14   [155]  S1BbP2  TTIDin[8]
I15   [136]  S0BbP13 BCntStrobe
I18   [156]  S1BaP2  TTIDin[7]
I23   [159]  S1BaP7  TTIDin[4]
I25   [158]  S1BaP4  TTIDin[5]
I28   [154]  S1BbP3  TTIDin[9]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [037]  qRunModeStrobe
NODE  [056]  qBCntIn[8]
NODE  [107]  qTTIDin[7]
NODE  [108]  qTTIDin[6]
NODE  [110]  qTTIDin[4]
NODE  [109]  qTTIDin[5]
NODE  [106]  qTTIDin[8]
NODE  [105]  qTTIDin[9]
NODE  [061]  qBCntIn[3]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------x------x----------------  2 1---------------   1  H 2  R0 S [037] GND [---]
01 --------x----x------------------  2 -1--------------   1  H 2  R0 S [056] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
03 --------------------------------  0 334-------------   -  - - --- - [---] GND [---]
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
05 --------x---------x-------------  2 -----1----------   1  H 2  R0 S [107] GND [---]
06 -----x--x-----------------------  2 ------1---------   1  H 2  R0 S [108] GND [---]
07 --------------------------------  0 ---44334334-----   -  - - --- - [---] GND [---]
08 --------x--------------x--------  2 --------1-------   1  H 2  R0 S [110] GND [---]
09 --------x----------------x------  2 ---------1------   1  H 2  R0 S [109] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 --------------------------------  0 -----------44333   -  - - --- - [---] GND [---]
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
13 --------x-----x-----------------  2 -------------1--   1  H 2  R0 S [106] GND [---]
14 --------x-------------------x---  2 --------------1-   1  H 2  R0 S [105] GND [---]
15 --x-----x-----------------------  2 ---------------1   1  H 2  R0 S [061] GND [---]

========================================================================================
******************************* BLOCK 'S0Bd': POWER=LOW  *******************************
========================================================================================

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
INPUT [180]  sgbC[7]
INPUT [181]  sgbC[6]
INPUT [182]  sgbC[5]
INPUT [183]  sgbC[4]
INPUT [184]  sgbC[3]
INPUT [185]  sgbC[2]
INPUT [186]  sgbC[1]
INPUT [187]  sgbC[0]
INPUT [172]  sgbB[7]
INPUT [173]  sgbB[6]
INPUT [174]  sgbB[5]
INPUT [175]  sgbB[4]
INPUT [176]  sgbB[3]
INPUT [177]  sgbB[2]
INPUT [178]  sgbB[1]
INPUT [179]  sgbB[0]

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [180] *
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [181] *
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [182] *
03 --------------------------------  0 444-------------   -  - - --- - [---] GND [183] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [184] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [185] *
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [186] *
07 --------------------------------  0 ---44444444-----   -  - - --- - [---] GND [187] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [172] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [173] *
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [174] *
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [175] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [176] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [177] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [178] *
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [179] *

========================================================================================
******************************* BLOCK 'S1Ba': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I19   [126]  S3BaP2  nOA_rst
I27   [161]  S1BaP11 TTIDin[2]
I28   [162]  S1BaP12 TTIDin[1]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [113]  qTTIDin[1]
INPUT [156]  TTIDin[7]
INPUT [157]  TTIDin[6]
INPUT [158]  TTIDin[5]
INPUT [159]  TTIDin[4]
INPUT [160]  TTIDin[3]
NODE  [112]  qTTIDin[2]
INPUT [161]  TTIDin[2]
INPUT [162]  TTIDin[1]
INPUT [163]  TTIDin[0]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
01 -------------------x--------x---  2 -1--------------   1  H 2  R0 S [113] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [156] *
03 --------------------------------  0 434-------------   -  - - --- - [---] GND [157] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [158] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
07 --------------------------------  0 ---44444434-----   -  - - --- - [---] GND [159] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [160] *
09 -------------------x-------x----  2 ---------1------   1  H 2  R0 S [112] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [161] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [162] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [163] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [---]

========================================================================================
******************************* BLOCK 'S1Bb': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [163]  S1BaP13 TTIDin[0]
I01   [058]  S1BbM1  qBCntIn[6]
I02   [062]  S1BbM2  qBCntIn[2]
I03   [055]  S1BbM3  qBCntIn[9]
I05   [148]  S1BdP6  BCntIn[2]
I09   [126]  S3BaP2  nOA_rst
I10   [114]  S1BbM10 qTTIDin[0]
I11   [015]  S4BbP13 db[0]
I13   [064]  S1BbM13 qBCntIn[0]
I14   [150]  S1BdP4  BCntIn[0]
I16   [037]  S0BcM0  qRunModeStrobe
I18   [013]  S4BbP11 db[2]
I19   [144]  S1BdP10 BCntIn[6]
I20   [141]  S1BdP13 BCntIn[9]
I21   [113]  S1BaM1  qTTIDin[1]
I23   [125]  S0BbM15 ceTTID
I26   [112]  S1BaM9  qTTIDin[2]
I27   [128]  S3BaP3  RunMode
I31   [014]  S4BbP12 db[1]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [058]  qBCntIn[6]
NODE  [062]  qBCntIn[2]
INPUT [155]  TTIDin[8]
NODE  [055]  qBCntIn[9]
INPUT [154]  TTIDin[9]
OUT   [124]  TTID[0]
NODE  [092]  RegTTC_BCID[9]
OUT   [123]  TTID[1]
NODE  [101]  RegTTC_BCID[0]
NODE  [114]  qTTIDin[0]
NODE  [099]  RegTTC_BCID[2]
OUT   [122]  TTID[2]
NODE  [064]  qBCntIn[0]
NODE  [095]  RegTTC_BCID[6]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT0 = ceTTID ;
        CLK_PT1 = qRunModeStrobe ;
        CLK_PT2 = 0
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PIN_CLOCK,POL=HIGH,CE=CLK_PT0) : clk4 ;
      BLK_CLK 1 (PIN_CLOCK,POL=HIGH,CEP=CLK_PT1,CEN=CLK_PT2) : clk4 ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 43--------------   -  - - --- - [---] GND [---]
01 ---------x---------x------------  2 -1--------------   1  H 2  R0 S [058] GND [---]
02 -----x---x----------------------  2 --1-------------   1  H 2  R0 S [062] GND [155] *
03 ---------x----------x-----------  2 ---1------------   1  H 2  R0 S [055] GND [154] *
04 ---------xxx-----------x---x----  5 ----4-----------   2  H 0  R0 F [---] VCC [124] *
05 ---x-----x------x---------------  3 -----1----------   1  H 1  R0 S [092] GND [---]
06 --------------------------------  0 --33-34-43------   -  - - --- - [---] GND [---]
07 ---------x-----------x-x---x---x  5 -------4--------   2  H 0  R0 F [---] VCC [123] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
09 ---------x---x--x---------------  3 ---------1------   1  H 1  R0 S [101] GND [---]
10 x--------x----------------------  2 ----------1-----   1  H 2  R0 S [114] GND [---]
11 --x------x------x---------------  3 -----------1----   1  H 1  R0 S [099] GND [---] *
12 ---------x--------x----x--xx----  5 ------------4---   2  H 0  R0 F [---] VCC [122] *
13 ---------x----x-----------------  2 -------------1--   1  H 2  R0 S [064] GND [---] *
14 --------------------------------  0 ----------33-343   -  - - --- - [---] GND [---]
15 -x-------x------x---------------  3 ---------------1   1  H 1  R0 S [095] GND [---]

========================================================================================
********************************* BLOCK 'S1Bc': UNUSED *********************************

========================================================================================
******************************* BLOCK 'S1Bd': POWER=LOW  *******************************
========================================================================================

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
INPUT [150]  BCntIn[0]
INPUT [149]  BCntIn[1]
INPUT [148]  BCntIn[2]
INPUT [147]  BCntIn[3]
INPUT [146]  BCntIn[4]
INPUT [145]  BCntIn[5]
INPUT [144]  BCntIn[6]
INPUT [143]  BCntIn[7]
INPUT [142]  BCntIn[8]
INPUT [141]  BCntIn[9]
INPUT [140]  BCntIn[10]
INPUT [139]  BCntIn[11]

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
03 --------------------------------  0 444-------------   -  - - --- - [---] GND [---] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [150] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [149] *
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [148] *
07 --------------------------------  0 ---44444444-----   -  - - --- - [---] GND [147] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [146] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [145] *
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [144] *
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [143] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [142] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [141] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [140] *
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [139] *

========================================================================================
******************************* BLOCK 'S2Ba': POWER=LOW  *******************************
========================================================================================

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
INPUT [191]  enExtRodBusy
INPUT [188]  sgbD[4]
INPUT [189]  sgbD[3]
INPUT [190]  sgbD[2]
INPUT [193]  TTC_ready_in
INPUT [192]  TIM_OK_OUT

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
03 --------------------------------  0 444-------------   -  - - --- - [---] GND [---] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
07 --------------------------------  0 ---44444444-----   -  - - --- - [---] GND [---] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [191] *
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [188] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [189] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [190] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [193] *
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [192] *

========================================================================================
******************************* BLOCK 'S2Bb': POWER=LOW  *******************************
========================================================================================

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
INPUT [201]  s4b_5[0]
INPUT [200]  s4b_5[1]
INPUT [199]  s4b_5[2]
INPUT [198]  s4b_5[3]
INPUT [197]  s4b_5[4]
INPUT [196]  s4b_5[5]
INPUT [195]  s4b_5[6]
INPUT [194]  s4b_5[7]

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
03 --------------------------------  0 444-------------   -  - - --- - [---] GND [---] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
07 --------------------------------  0 ---44444444-----   -  - - --- - [---] GND [---] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [201] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [200] *
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [199] *
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [198] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [197] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [196] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [195] *
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [194] *

========================================================================================
********************************* BLOCK 'S2Bc': UNUSED *********************************

========================================================================================
********************************* BLOCK 'S2Bd': UNUSED *********************************

========================================================================================
******************************* BLOCK 'S3Ba': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [046]  S3BaM0  BCIDcounter[6]
I02   [044]  S3BaM2  BCIDcounter[8]
I03   [041]  S3BaM3  BCIDcounter[11]
I05   [042]  S3BaM5  BCIDcounter[10]
I06   [043]  S3BaM6  BCIDcounter[9]
I07   [036]  S4BcM7  qxidBCR
I08   [045]  S3BaM8  BCIDcounter[7]
I09   [052]  S3BaM9  BCIDcounter[0]
I10   [047]  S3BaM10 BCIDcounter[5]
I11   [048]  S3BaM11 BCIDcounter[4]
I12   [049]  S3BaM12 BCIDcounter[3]
I14   [050]  S3BaM14 BCIDcounter[2]
I15   [051]  S3BaM15 BCIDcounter[1]
I18   [126]  S3BaP2  nOA_rst
I19   [038]  S3BdM0  qidTRIG
I27   [151]  S3BaP11 enSABCR2

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [046]  BCIDcounter[6]
NODE  [078]  RegBCID[11]
NODE  [044]  BCIDcounter[8]
INPUT [126]  nOA_rst
NODE  [041]  BCIDcounter[11]
INPUT [128]  RunMode
NODE  [080]  RegBCID[9]
INPUT [135]  idBCR
NODE  [042]  BCIDcounter[10]
NODE  [043]  BCIDcounter[9]
NODE  [079]  RegBCID[10]
INPUT [138]  enBCID
NODE  [045]  BCIDcounter[7]
INPUT [153]  enTType
NODE  [052]  BCIDcounter[0]
NODE  [047]  BCIDcounter[5]
NODE  [048]  BCIDcounter[4]
INPUT [151]  enSABCR2
NODE  [049]  BCIDcounter[3]
OUT   [102]  SABCR2
NODE  [050]  BCIDcounter[2]
NODE  [051]  BCIDcounter[1]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT0 = qidTRIG ;
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PIN_CLOCK,POL=HIGH,CE=CLK_PT0) : clk4 ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 x------x-xxxx-xx--x-------------  9 4--------------- 1+2  H 2  R0 S [046] GND [---]
01 ---x--------------xx------------  3 -1--------------   1  H 0  R0 S [078] GND [---]
02 x-x----xxxxxx-xx--x------------- 11 --4------------- 1+2  H 2  R0 S [044] GND [126] *
03 x-xx-xxxxxxxx-xx--x------------- 14 -3-4------------ 1+2  H 2  R0 S [041] GND [128] *
04 ------x-----------xx------------  3 ----1-----------   1  H 0  R0 S [080] GND [135] *
05 x-x--xxxxxxxx-xx--x------------- 13 -----4---------- 1+2  H 2  R0 S [042] GND [---]
06 x-x---xxxxxxx-xx--x------------- 12 ------4--------- 1+2  H 2  R0 S [043] GND [---]
07 -----x------------xx------------  3 ----3--4-3------   1  H 0  R0 S [079] GND [138] *
08 x------xxxxxx-xx--x------------- 10 --------4------- 1+2  H 2  R0 S [045] GND [153] *
09 -------x-x--------x-------------  3 ---------1------   1  H 2  R0 S [052] GND [---]
10 -------x-xxxx-xx--x-------------  8 ----------4----- 1+2  H 2  R0 S [047] GND [---]
11 -------x-x-xx-xx--x-------------  7 -----------4---- 1+2  H 2  R0 S [048] GND [151] *
12 -------x-x--x-xx--x-------------  6 ------------4--- 1+2  H 2  R0 S [049] GND [---] *
13 x-xx-xxxxxxxx-xx-----------x---- 14 -------------1--   1  H - COM F [---] VCC [102] *
14 -------x-x----xx--x-------------  5 --------------4-   3  H 2  R0 S [050] GND [---]
15 -------x-x-----x--x-------------  4 -------------3-4   2  H 2  R0 S [051] GND [---]

========================================================================================
******************************* BLOCK 'S3Bb': POWER=LOW  *******************************
========================================================================================

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
INPUT [202]  s4a_4b[7]
INPUT [203]  s4a_4b[6]
INPUT [204]  s4a_4b[5]
INPUT [205]  s4a_4b[4]
INPUT [206]  s4a_4b[3]
INPUT [207]  s4a_4b[2]
INPUT [208]  s4a_4b[1]
INPUT [209]  s4a_4b[0]

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [202] *
03 --------------------------------  0 444-------------   -  - - --- - [---] GND [203] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [204] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
07 --------------------------------  0 ---44444444-----   -  - - --- - [---] GND [205] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [206] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [207] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [208] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [209] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [---]

========================================================================================
********************************* BLOCK 'S3Bc': UNUSED *********************************

========================================================================================
******************************* BLOCK 'S3Bd': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [038]  S3BdM0  qidTRIG
I01   [039]  S3BdM1  q2idTRIG
I02   [153]  S3BaP8  enTType
I06   [049]  S3BaM12 BCIDcounter[3]
I07   [126]  S3BaP2  nOA_rst
I08   [037]  S0BcM0  qRunModeStrobe
I10   [128]  S3BaP3  RunMode
I13   [103]  S3BdM13 qTTypeStrobe
I14   [152]  S0BbP3  TTypeStrobe
I16   [137]  CLOCK0  idTRIG
I17   [052]  S3BaM9  BCIDcounter[0]
I18   [044]  S3BaM2  BCIDcounter[8]
I19   [047]  S3BaM10 BCIDcounter[5]
I22   [048]  S3BaM11 BCIDcounter[4]
I23   [046]  S3BaM0  BCIDcounter[6]
I24   [045]  S3BaM8  BCIDcounter[7]
I26   [050]  S3BaM14 BCIDcounter[2]
I28   [138]  S3BaP7  enBCID
I29   [051]  S3BaM15 BCIDcounter[1]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [038]  qidTRIG
NODE  [039]  q2idTRIG
NODE  [081]  RegBCID[8]
NODE  [082]  RegBCID[7]
NODE  [083]  RegBCID[6]
NODE  [084]  RegBCID[5]
OUT   [104]  TT_Strobe
OUT   [040]  BC_Strobe
NODE  [086]  RegBCID[3]
INPUT [133]  Reg2A
NODE  [087]  RegBCID[2]
INPUT [132]  Reg16
NODE  [088]  RegBCID[1]
INPUT [131]  Reg14
NODE  [089]  RegBCID[0]
NODE  [103]  qTTypeStrobe
NODE  [077]  ceBCID
INPUT [130]  bWriteb
NODE  [085]  RegBCID[4]
INPUT [129]  bReadb

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT0 = qidTRIG ;
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PIN_CLOCK,POL=HIGH,CE=CLK_PT0) : clk4 ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 -------x--------x---------------  2 1---------------   1  H 2  R0 S [038] GND [---] *
01 x------x------------------------  2 -1--------------   1  H 2  R0 S [039] GND [---] *
02 x------x----------x-------------  3 --1-------------   1  H 0  R0 S [081] GND [---] *
03 x------x----------------x-------  3 3331------------   1  H 0  R0 S [082] GND [---] *
04 x------x---------------x--------  3 ----1-----------   1  H 0  R0 S [083] GND [---] *
05 x------x-----------x------------  3 -----1----------   1  H 0  R0 S [084] GND [---] *
06 -xx----x--x--x------------------  5 ------4---------   2  H 2  R0 F [---] VCC [104] *
07 -x-----xx-x-----------------x---  5 ---33--4--------   2  H 2  R0 F [---] VCC [040] *
08 --------------------------------  0 -----3--43333---   -  - - --- - [---] GND [---] *
09 x-----xx------------------------  3 ---------1------   1  H 0  R0 S [086] GND [133] *
10 x------x------------------x-----  3 ----------1-----   1  H 0  R0 S [087] GND [132] *
11 x------x---------------------x--  3 -----------1----   1  H 0  R0 S [088] GND [131] *
12 x------x---------x--------------  3 ------------1---   1  H 0  R0 S [089] GND [---] *
13 -------x------x-----------------  2 -------------1--   1  H 2  R0 S [103] GND [---] *
14 x-------x-x---------------------  3 --------------4-   2  H - COM S [077] GND [130] *
15 x------x--------------x---------  3 -------------3-4   1  H 0  R0 S [085] GND [129] *

========================================================================================
******************************* BLOCK 'S4Ba': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [083]  S3BdM4  RegBCID[6]
I03   [006]  S4BdP14 db[9]
I04   [117]  S0BbP11 TTID[7]
I06   [125]  S0BbM15 ceTTID
I07   [118]  S0BbP2  TTID[6]
I09   [128]  S3BaP3  RunMode
I11   [095]  S1BbM15 RegTTC_BCID[6]
I12   [131]  S3BdP11 Reg14
I13   [084]  S3BdM5  RegBCID[5]
I14   [085]  S3BdM15 RegBCID[4]
I16   [082]  S3BdM3  RegBCID[7]
I17   [132]  S3BdP10 Reg16
I19   [097]  S0BaM6  RegTTC_BCID[4]
I20   [105]  S0BcM14 qTTIDin[9]
I22   [094]  S0BaM14 RegTTC_BCID[7]
I24   [119]  S0BbP7  TTID[5]
I26   [126]  S3BaP2  nOA_rst
I29   [120]  S0BbP4  TTID[4]
I30   [096]  S0BaM4  RegTTC_BCID[5]
I31   [016]  S4BbM4  dboe

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [011]  db[4]
OUT   [010]  db[5]
OUT   [009]  db[6]
OUT   [008]  db[7]
OUT   [115]  TTID[9]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT3 = ceTTID ;
             R0 = /nOA_rst ;
            OE0 = dboe ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH,CE=CLK_PT3) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
01 --------------------------------  0 4---------------   -  - - --- - [---] GND [---]
02 ------------x-x--x-x---------x-x  6 --4-------------   3  H - COM F [---] OE0 [011] *
03 ------------xx---x------x-----xx  6 ---4------------   3  H - COM F [---] OE0 [010] *
04 x------x---xx----x-------------x  6 ----4-----------   3  H - COM F [---] OE0 [009] *
05 --------------------------------  0 -4--------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 -----44-4-------   -  - - --- - [---] GND [---]
07 ----x-------x---xx----x--------x  6 -------4--------   3  H - COM F [---] OE0 [008] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 ---x--x--x----------x-----x-----  5 -----------4----   2  H 2  R0 F [---] VCC [115] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
13 --------------------------------  0 ---------4------   -  - - --- - [---] GND [---] *
14 --------------------------------  0 ----------4-----   -  - - --- - [---] GND [---]
15 --------------------------------  0 ------------4444   -  - - --- - [---] GND [---]

========================================================================================
******************************* BLOCK 'S4Bb': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [132]  S3BdP10 Reg16
I01   [088]  S3BdM11 RegBCID[1]
I02   [122]  S1BbP12 TTID[2]
I03   [099]  S1BbM11 RegTTC_BCID[2]
I04   [016]  S4BbM4  dboe
I05   [002]  S4BdP6  db[13]
I07   [121]  S0BbP8  TTID[3]
I08   [098]  S0BaM9  RegTTC_BCID[3]
I09   [131]  S3BdP11 Reg14
I12   [001]  S4BdP5  db[14]
I13   [089]  S3BdM12 RegBCID[0]
I14   [000]  S4BdP4  db[15]
I15   [003]  S4BdP7  db[12]
I16   [100]  S0BaM8  RegTTC_BCID[1]
I17   [134]  CLOCK3  nLEb2
I18   [123]  S1BbP7  TTID[1]
I19   [133]  S3BdP9  Reg2A
I20   [126]  S3BaP2  nOA_rst
I21   [086]  S3BdM9  RegBCID[3]
I22   [101]  S1BbM9  RegTTC_BCID[0]
I23   [087]  S3BdM10 RegBCID[2]
I24   [124]  S1BbP4  TTID[0]
I26   [129]  S3BdP15 bReadb

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [018]  BCID_offset[2]
NODE  [019]  BCID_offset[1]
NODE  [020]  BCID_offset[0]
NODE  [016]  dboe
NODE  [017]  BCID_offset[3]
OUT   [012]  db[3]
OUT   [013]  db[2]
OUT   [014]  db[1]
OUT   [015]  db[0]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT3 = Reg14*/nLEb2 ;
             R0 = /nOA_rst ;
            OE0 = dboe ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH,CE=CLK_PT3) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 43--------------   -  - - --- - [---] GND [---]
01 ---------x--x----x--x-----------  4 -1--------------   1  H 2  R0 S [018] GND [---]
02 -----x---x-------x--x-----------  4 --1-------------   1  H 2  R0 S [019] GND [---] *
03 ---------x-----x-x--x-----------  4 ---1------------   1  H 2  R0 S [020] GND [---] *
04 x--------x---------x------x-----  4 ----4-----------   2  L - COM S [016] GND [---] *
05 ---------x----x--x--x-----------  4 -----1----------   1  H 2  R0 S [017] GND [---]
06 --------------------------------  0 --3-------------   -  - - --- - [---] GND [---]
07 --------------------------------  0 ---3-344-44-----   -  - - --- - [---] GND [---] *
08 x---x--xxx-----------x----------  6 --------4-------   3  H - COM F [---] OE0 [012] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 x-xxx----x-------------x--------  6 -----------4----   3  H - COM F [---] OE0 [013] *
12 xx--x----x------x-x-------------  6 ------------4---   3  H - COM F [---] OE0 [014] *
13 x---x----x---x--------x-x-------  6 -------------4--   3  H - COM F [---] OE0 [015] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
15 --------------------------------  0 --------------44   -  - - --- - [---] GND [---]

========================================================================================
******************************* BLOCK 'S4Bc': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [021]  S4BcM0  shiftidBCR[15]
I01   [022]  S4BcM1  shiftidBCR[14]
I02   [023]  S4BcM2  shiftidBCR[13]
I03   [024]  S4BcM3  shiftidBCR[12]
I04   [025]  S4BcM4  shiftidBCR[11]
I05   [026]  S4BcM5  shiftidBCR[10]
I06   [027]  S4BcM6  shiftidBCR[9]
I07   [019]  S4BbM2  BCID_offset[1]
I08   [029]  S4BcM8  shiftidBCR[7]
I09   [030]  S4BcM9  shiftidBCR[6]
I10   [031]  S4BcM10 shiftidBCR[5]
I11   [032]  S4BcM11 shiftidBCR[4]
I12   [033]  S4BcM12 shiftidBCR[3]
I13   [034]  S4BcM13 shiftidBCR[2]
I14   [035]  S4BcM14 shiftidBCR[1]
I15   [028]  S4BcM15 shiftidBCR[8]
I16   [020]  S4BbM3  BCID_offset[0]
I19   [018]  S4BbM1  BCID_offset[2]
I21   [126]  S3BaP2  nOA_rst
I23   [017]  S4BbM5  BCID_offset[3]
I31   [135]  S3BaP4  idBCR

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [021]  shiftidBCR[15]
NODE  [022]  shiftidBCR[14]
NODE  [023]  shiftidBCR[13]
NODE  [024]  shiftidBCR[12]
NODE  [025]  shiftidBCR[11]
NODE  [026]  shiftidBCR[10]
NODE  [027]  shiftidBCR[9]
NODE  [036]  qxidBCR
NODE  [029]  shiftidBCR[7]
NODE  [030]  shiftidBCR[6]
NODE  [031]  shiftidBCR[5]
NODE  [032]  shiftidBCR[4]
NODE  [033]  shiftidBCR[3]
NODE  [034]  shiftidBCR[2]
NODE  [035]  shiftidBCR[1]
NODE  [028]  shiftidBCR[8]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 -x-------------------x----------  2 1---------------   1  H 2  R0 S [021] GND [---]
01 --x------------------x----------  2 -1--------------   1  H 2  R0 S [022] GND [---]
02 ---x-----------------x----------  2 --1-------------   1  H 2  R0 S [023] GND [---]
03 ----x----------------x----------  2 3331------------   1  H 2  R0 S [024] GND [---]
04 -----x---------------x----------  2 ----1-----------   1  H 2  R0 S [025] GND [---]
05 ------x--------------x----------  2 -----1----------   1  H 2  R0 S [026] GND [---]
06 ---------------x-----x----------  2 ------1---------   1  H 2  R0 S [027] GND [---]
07 xxxxxxxxxxxxxxxxx--x-x-x-------x 21 ---33334333-----  16  H 2  R0 S [036] GND [---]
08 ---------x-----------x----------  2 --------1-------   1  H 2  R0 S [029] GND [---]
09 ----------x----------x----------  2 ---------1------   1  H 2  R0 S [030] GND [---]
10 -----------x---------x----------  2 ----------1-----   1  H 2  R0 S [031] GND [---]
11 ------------x--------x----------  2 -----------1----   1  H 2  R0 S [032] GND [---]
12 -------------x-------x----------  2 ------------1---   1  H 2  R0 S [033] GND [---]
13 --------------x------x----------  2 -------------1--   1  H 2  R0 S [034] GND [---]
14 ---------------------x---------x  2 --------------1-   1  H 2  R0 S [035] GND [---]
15 --------x------------x----------  2 -----------33334   1  H 2  R0 S [028] GND [---]

========================================================================================
******************************* BLOCK 'S4Bd': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [115]  S4BaP11 TTID[9]
I02   [079]  S3BaM7  RegBCID[10]
I03   [016]  S4BbM4  dboe
I08   [116]  S0BbP12 TTID[8]
I09   [092]  S1BbM5  RegTTC_BCID[9]
I10   [091]  S0BaM15 RegTTC_BCID[10]
I11   [093]  S0BaM12 RegTTC_BCID[8]
I13   [078]  S3BaM1  RegBCID[11]
I16   [017]  S4BbM5  BCID_offset[3]
I19   [020]  S4BbM3  BCID_offset[0]
I21   [080]  S3BaM4  RegBCID[9]
I22   [132]  S3BdP10 Reg16
I23   [131]  S3BdP11 Reg14
I25   [019]  S4BbM2  BCID_offset[1]
I26   [018]  S4BbM1  BCID_offset[2]
I27   [090]  S0BaM1  RegTTC_BCID[11]
I30   [081]  S3BdM2  RegBCID[8]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [000]  db[15]
OUT   [001]  db[14]
OUT   [002]  db[13]
OUT   [003]  db[12]
OUT   [004]  db[11]
OUT   [005]  db[10]
OUT   [006]  db[9]
OUT   [007]  db[8]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
            OE0 = dboe ;
   BLOCK CLOCKS:
           NONE

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
03 --------------------------------  0 44443333--------   -  - - --- - [---] GND [---] *
04 ---x------------x------x--------  3 ----1-----------   1  H - COM F [---] OE0 [000] *
05 ---x-------------------x--x-----  3 -----1----------   1  H - COM F [---] OE0 [001] *
06 ---x-------------------x-x------  3 ------1---------   1  H - COM F [---] OE0 [002] *
07 ---x---------------x---x--------  3 -------1--------   1  H - COM F [---] OE0 [003] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
11 --------------------------------  0 --------4444----   -  - - --- - [---] GND [---] *
12 ---x---------x--------xx---x----  5 ------------4---   2  H - COM F [---] OE0 [004] *
13 --xx------x-----------xx--------  5 -------------4--   2  H - COM F [---] OE0 [005] *
14 x--x-----x-----------xxx--------  6 --------------4-   3  H - COM F [---] OE0 [006] *
15 ---x----x--x----------xx------x-  6 ---------------4   3  H - COM F [---] OE0 [007] *

========================================================================================
********************************* BLOCK 'S5Ba': UNUSED *********************************

========================================================================================
******************************* BLOCK 'S5Bb': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [062]  S1BbM2  qBCntIn[2]
I02   [045]  S3BaM8  BCIDcounter[7]
I03   [041]  S3BaM3  BCIDcounter[11]
I04   [048]  S3BaM11 BCIDcounter[4]
I05   [042]  S3BaM5  BCIDcounter[10]
I06   [063]  S0BaM0  qBCntIn[1]
I07   [050]  S3BaM14 BCIDcounter[2]
I08   [044]  S3BaM2  BCIDcounter[8]
I09   [051]  S3BaM15 BCIDcounter[1]
I10   [047]  S3BaM10 BCIDcounter[5]
I11   [053]  S5BcM12 qBCntIn[11]
I12   [077]  S3BdM14 ceBCID
I14   [043]  S3BaM6  BCIDcounter[9]
I16   [052]  S3BaM9  BCIDcounter[0]
I17   [059]  S5BcM3  qBCntIn[5]
I18   [058]  S1BbM1  qBCntIn[6]
I19   [046]  S3BaM0  BCIDcounter[6]
I20   [126]  S3BaP2  nOA_rst
I21   [057]  S5BcM7  qBCntIn[7]
I22   [061]  S0BcM15 qBCntIn[3]
I23   [055]  S1BbM3  qBCntIn[9]
I24   [054]  S5BcM11 qBCntIn[10]
I25   [049]  S3BaM12 BCIDcounter[3]
I26   [060]  S5BcM4  qBCntIn[4]
I28   [056]  S0BcM1  qBCntIn[8]
I29   [128]  S3BaP3  RunMode
I30   [064]  S1BbM13 qBCntIn[0]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [065]  BCID[11]
OUT   [066]  BCID[10]
OUT   [067]  BCID[9]
OUT   [068]  BCID[8]
OUT   [069]  BCID[7]
OUT   [070]  BCID[6]
OUT   [071]  BCID[5]
OUT   [072]  BCID[4]
OUT   [073]  BCID[3]
OUT   [074]  BCID[2]
OUT   [075]  BCID[1]
OUT   [076]  BCID[0]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT3 = ceBCID ;
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH,CE=CLK_PT3) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
03 --------------------------------  0 4444------------   -  - - --- - [---] GND [---] *
04 ---x-------xx-------x--------x--  5 ----4-----------   2  H 2  R0 F [---] VCC [065] *
05 -----x------x-------x---x----x--  5 -----4----------   2  H 2  R0 F [---] VCC [066] *
06 ------------x-x-----x--x-----x--  5 ------4---------   2  H 2  R0 F [---] VCC [067] *
07 --------x---x-------x-------xx--  5 -------4--------   2  H 2  R0 F [---] VCC [068] *
08 --x---------x-------xx-------x--  5 --------4-------   2  H 2  R0 F [---] VCC [069] *
09 ------------x-----xxx--------x--  5 ---------4------   2  H 2  R0 F [---] VCC [070] *
10 ----------x-x----x--x--------x--  5 ----------4-----   2  H 2  R0 F [---] VCC [071] *
11 ----x-------x-------x-----x--x--  5 -----------4----   2  H 2  R0 F [---] VCC [072] *
12 ------------x-------x-x--x---x--  5 ------------4---   2  H 2  R0 F [---] VCC [073] *
13 x------x----x-------x--------x--  5 -------------4--   2  H 2  R0 F [---] VCC [074] *
14 ------x--x--x-------x--------x--  5 --------------4-   2  H 2  R0 F [---] VCC [075] *
15 ------------x---x---x--------xx-  5 ---------------4   2  H 2  R0 F [---] VCC [076] *

========================================================================================
******************************* BLOCK 'S5Bc': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I17   [140]  S1BdP14 BCntIn[10]
I19   [139]  S1BdP15 BCntIn[11]
I20   [146]  S1BdP8  BCntIn[4]
I21   [126]  S3BaP2  nOA_rst
I23   [143]  S1BdP11 BCntIn[7]
I26   [145]  S1BdP9  BCntIn[5]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [059]  qBCntIn[5]
NODE  [060]  qBCntIn[4]
NODE  [057]  qBCntIn[7]
NODE  [054]  qBCntIn[10]
NODE  [053]  qBCntIn[11]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : clk4 ;

----------------------------------------------------------------------------------------
                    ARRAY INPUTS (AI) AND CLUSTER ALLOCATION TABLES
----------------------------------------------------------------------------------------
   IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII    CCCCCCCCCCCCCCCC      P C     S
   00000000001111111111222222222233 ## 0000000000111111 PT   O L Reg L
MC 01234567890123456789012345678901 AI 0123456789012345 Used L K Ctl W Node  OE   Pin
----------------------------------------------------------------------------------------
00 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
02 --------------------------------  0 4---------------   -  - - --- - [---] GND [---]
03 ---------------------x----x-----  2 ---1------------   1  H 2  R0 S [059] GND [---]
04 --------------------xx----------  2 ----1-----------   1  H 2  R0 S [060] GND [---]
05 --------------------------------  0 -4--------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 --4334434-------   -  - - --- - [---] GND [---]
07 ---------------------x-x--------  2 -------1--------   1  H 2  R0 S [057] GND [---]
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 -----------------x---x----------  2 -----------1----   1  H 2  R0 S [054] GND [---]
12 -------------------x-x----------  2 ------------1---   1  H 2  R0 S [053] GND [---]
13 --------------------------------  0 ---------4------   -  - - --- - [---] GND [---]
14 --------------------------------  0 ----------4-----   -  - - --- - [---] GND [---]
15 --------------------------------  0 -----------33444   -  - - --- - [---] GND [---]

========================================================================================
********************************* BLOCK 'S5Bd': UNUSED *********************************


MV384_184 SUCCEEDED FOR 126 FUNCTIONS

