
	DATE:     Wed Jan 16 17:14:06 2002

	DESIGN:   pld7
	DEVICE:   MV384_184:1

	TITLE:    ATLAS TIM PLD7: RAM Interface
	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 : =================================================================
WARN : I/O Pins Used              184      159       25        86.41
INFO :     -------------------------------------------------------------
INFO :     Inputs                           78
INFO :     Outputs                          49
INFO :     Bidirectional                    32
INFO : =================================================================
INFO : Macrocells Used            384      183      201        47.66
INFO :     -------------------------------------------------------------
INFO :     Combinatorial                    87
INFO :     XOR Combinatorial                 0
INFO :     D_Flops                          74
INFO :     XOR D_Flops                       0
INFO :     T_Flops                          22
INFO :     Latches                           0
INFO :     XOR Latches                       0
INFO :     Input Registers                   0
INFO : -----------------------------------------------------------------
INFO : Macrocells Reserved        384        0      384         0.00
INFO : Macrocells Total           384      183      201        47.66
INFO : =================================================================
INFO : Clocks (All Blocks)
INFO :     -------------------------------------------------------------
INFO :     Pin Clocks               4        3        1        75.00
INFO :     Biphase Clocks          24        0       24         0.00
INFO :     Pin Clk/CE Combo        96        4       92         4.17
INFO :     PT Clocks               48        2       46         4.17
INFO :     Total Clocks            96        9       87         9.38
INFO : =================================================================
INFO : Clocks (Bonded-out Blocks Only)
INFO :     -------------------------------------------------------------
INFO :     Pin Clocks               4        0        4         0.00
INFO :     Biphase Clocks          16        0       16         0.00
INFO :     Pin Clk/CE Combo        64        0       64         0.00
INFO :     PT Clocks               32        2       30         6.25
INFO :     Total Clocks            64        2       62         3.13
INFO : =================================================================
INFO : Signals                    572      170      402        29.72
INFO : Pterms                    1536      368     1168        23.96
INFO : 1-pt Clusters              384      128      256        33.33
INFO : 3-pt Clusters              384       99      285        25.78
INFO : Output Enables              32        3       29         9.38
INFO : Node Enables                48        0       48         0.00
INFO : Set OR Reset                72        5       67         6.94
INFO : Latch Enables               24        0       24         0.00
INFO : SR & Latch Enables          72        5       67         6.94
INFO : =================================================================
INFO : Intersegment Lines         164      132       32        80.49
INFO : =================================================================


SUMMARY STATISTICS:


		Functions by block:
		  S0:  8 12  2 16 
		  S1:  8  8 14  8 
		  S2: 10 12 16  0 
		  S3: 12  2 11  1 
		  S4:  8 11  2  2 
		  S5:  6  0 14  0


POWER SUMMARY:

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

Number of blocks with power set to LOW is 3
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 21


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  38   5    78  38   28    22     66     44
S1          3   24/32  0  38   3    94  38   36    23     72     55
S2          2   24/28  0  38   6    52  36    8    28     60     51
S3          2   31/32  0  26   7    62  31   14    37     57     51
S4          3   24/32  0  23   8    57  28   12    37     55     47
S5          3   24/28  0  20   2    21  20    1    20     26     15


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        0   0    0   0   0    8/8   0   8  16    8    8     0     17
S0Bb        1   1    0   1   1    8/8   0  12  36   12   12    12     18
S0Bc        1   1    0   1   1    0/0   0   2   3    2    1     2      6
S0Bd        1   0    1   0   0   16/16  0  16  23   16    7     8     25
S1Ba        2   0    0   0   0    8/8   0   8  15    8    7     1     18
S1Bb        0   0    1   0   0    8/8   0   8  24    8    8     8     19
S1Bc        1   1    0   1   1    0/0   0  14  39   14   13    14     18
S1Bd        0   0    0   0   0    8/16  0   8  16    8    8     0     17
S2Ba        1   1    1   1   0   12/14  0  10  16    8    4     8     17
S2Bb        0   0    1   0   0   12/14  0  12  20   12    4     4     31
S2Bc        1   2    0   1   2    0/0   0  16  16   16    0    16     12
S2Bd        0   0    0   0   0    0/0   0   0   0    0    0     0      0
S3Ba        1   2    1   2   1    7/8   0  12  20   12    4    10     22
S3Bb        0   0    0   0   0    8/8   0   2  29    8    8     2     22
S3Bc        1   2    0   1   2    0/0   0  11  13   11    2    11     13
S3Bd        0   0    0   0   0   16/16  0   1   0    0    0    14      0
S4Ba        2   3    1   2   1    5/8   0   8  16    8    4     8     21
S4Bb        2   3    0   1   3    8/8   0  11  11   11    0    19     11
S4Bc        0   0    0   0   0    0/0   0   2  29    8    8     2     22
S4Bd        1   0    0   0   0   11/16  0   2   1    1    0     8      1
S5Ba        2   2    0   1   0   12/14  0   6   6    6    0     6      7
S5Bb        0   0    0   0   0   12/14  0   0   0    0    0     0      0
S5Bc        3   3    0   1   0    0/0   0  14  15   14    1    14     19
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           4           0         100
          I/O Pins:        184         159          25          86
        Input Regs:         48           0          48           0
        Macrocells:        384         183         201          47
    Control Pterms:        216          31         185          14
    Cluster Pterms:       1536         364        1172          23
     1-pt Clusters:        384         191         193          49
     3-pt Clusters:        384          99         285          25
    Signal Sources:        768         170         598          22
      Array Inputs:        768         336         432          43
Intersegment Lines:        164         132          32          80

========================================================================================
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  179   I/O S4Ba 02   6   2   3   3  COM H  H  F 
[001]  db[14]               BIPUT  178   I/O S4Ba 03   6   2   3   3  COM H  H  F 
[002]  db[13]               BIPUT  177   I/O S4Ba 04   6   2   3   3  COM H  H  F 
[003]  db[12]               BIPUT  176   I/O S4Ba 07   6   2   3   3  COM H  H  F 
[004]  db[11]               BIPUT   97   I/O S2Bb 05   6   2   3   3  COM H  H  F 
[005]  db[10]               BIPUT   96   I/O S2Bb 04   6   2   3   3  COM H  H  F 
[006]  db[9]                BIPUT   95   I/O S2Bb 03   6   2   3   3  COM H  H  F 
[007]  db[8]                BIPUT   94   I/O S2Bb 02   6   2   3   3  COM H  H  F 
[008]  db[7]                BIPUT  129   I/O S3Ba 13   6   2   3   3  COM H  H  F 
[009]  db[6]                BIPUT  128   I/O S3Ba 12   6   2   3   3  COM H  H  F 
[010]  db[5]                BIPUT  127   I/O S3Ba 11   6   2   3   3  COM H  H  F 
[011]  db[4]                BIPUT  126   I/O S3Ba 08   6   2   3   3  COM H  H  F 
[012]  db[3]                BIPUT   87   I/O S2Ba 02   6   2   3   3  COM H  H  F 
[013]  db[2]                BIPUT   86   I/O S2Ba 03   6   2   3   3  COM H  H  F 
[014]  db[1]                BIPUT   85   I/O S2Ba 04   6   2   3   3  COM H  H  F 
[015]  db[0]                BIPUT   84   I/O S2Ba 05   6   2   3   3  COM H  H  F 
[016]  dboe                  NODE            S3Bc 13   4   4  16   2  COM H  H  S 
[017]  SinkGoFF              NODE            S4Ba 13   2   2   2   1  DFF H  H  S 
[018]  RegisterEnSeqSink[15]
                             NODE            S4Bb 00   4   1   1   1  DFF H  H  S 
[019]  RegisterEnSeqSink[14]
                             NODE            S4Bb 01   4   1   2   1  DFF H  H  S 
[020]  RegisterEnSeqSink[13]
                             NODE            S4Bb 02   4   3  16   1  DFF H  H  S 
[021]  RegisterEnSeqSink[12]
                             NODE            S4Bb 15   4   1   1   1  DFF H  H  S 
[022]  RegisterEnSeqSink[11]
                             NODE            S2Bc 00   4   3   3   1  DFF H  H  S 
[023]  RegisterEnSeqSink[10]
                             NODE            S2Bc 01   4   2   2   1  DFF H  H  S 
[024]  RegisterEnSeqSink[9]  NODE            S2Bc 02   4   4  16   1  DFF H  H  S 
[025]  RegisterEnSeqSink[8]  NODE            S2Bc 03   4   1   1   1  DFF H  H  S 
[026]  RegisterEnSeqSink[7]  NODE            S3Bc 00   4   2   2   1  DFF H  H  S 
[027]  RegisterEnSeqSink[6]  NODE            S3Bc 01   4   2   2   1  DFF H  H  S 
[028]  RegisterEnSeqSink[5]  NODE            S3Bc 02   4   2   2   1  DFF H  H  S 
[029]  RegisterEnSeqSink[4]  NODE            S3Bc 03   4   2   2   1  DFF H  H  S 
[030]  RegisterEnSeqSink[3]  NODE            S2Bc 04   4   2   2   1  DFF H  H  S 
[031]  RegisterEnSeqSink[2]  NODE            S2Bc 05   4   2   2   1  DFF H  H  S 
[032]  RegisterEnSeqSink[1]  NODE            S2Bc 06   4   2   2   1  DFF H  H  S 
[033]  RegisterEnSeqSink[0]  NODE            S2Bc 07   4   2   2   1  DFF H  H  S 
[034]  RegisterEnd[15]       NODE            S4Bb 13   4   1   1   1  DFF H  H  S 
[035]  RegisterEnd[14]       NODE            S4Bb 05   4   1   1   1  DFF H  H  S 
[036]  RegisterEnd[13]       NODE            S4Bb 06   4   2   3   1  DFF H  H  S 
[037]  RegisterEnd[12]       NODE            S4Bb 14   4   2   3   1  DFF H  H  S 
[038]  RegisterEnd[11]       NODE            S2Bc 08   4   2   3   1  DFF H  H  S 
[039]  RegisterEnd[10]       NODE            S2Bc 09   4   2   3   1  DFF H  H  S 
[040]  RegisterEnd[9]        NODE            S2Bc 10   4   2   3   1  DFF H  H  S 
[041]  RegisterEnd[8]        NODE            S2Bc 11   4   2   3   1  DFF H  H  S 
[042]  RegisterEnd[7]        NODE            S3Bc 15   4   2   3   1  DFF H  H  S 
[043]  RegisterEnd[6]        NODE            S3Bc 05   4   2   3   1  DFF H  H  S 
[044]  RegisterEnd[5]        NODE            S3Bc 06   4   2   3   1  DFF H  H  S 
[045]  RegisterEnd[4]        NODE            S3Bc 09   4   2   3   1  DFF H  H  S 
[046]  RegisterEnd[3]        NODE            S2Bc 12   4   2   3   1  DFF H  H  S 
[047]  RegisterEnd[2]        NODE            S2Bc 13   4   2   3   1  DFF H  H  S 
[048]  RegisterEnd[1]        NODE            S2Bc 14   4   2   3   1  DFF H  H  S 
[049]  RegisterEnd[0]        NODE            S2Bc 15   4   2   3   1  DFF H  H  S 
[050]  SeqGoFF               NODE            S5Bc 00   2   1   1   1  DFF H  H  S 
[051]  SeqCountStop          NODE            S3Ba 00   2   1   1   1  DFF H  H  S 
[052]  SeqCountEnClk         NODE            S5Bc 01   4   1   1   1  DFF H  H  S 
[053]  SeqBusy                OUT  124   I/O S3Ba 04   2   5  24   1  DFF H  H  F 
[054]  SeqCountEnReset       NODE            S3Bc 10   4   1   1   2  COM H  H  S 
[055]  SeqCount[13]          NODE            S0Bb 00  18   3   3 1+2  TFF H  H  S 
[056]  SeqCount[12]          NODE            S0Bb 01  17   3   4 1+2  TFF H  H  S 
[057]  SeqCount[11]          NODE            S0Bb 02  16   3   5 1+2  TFF H  H  S 
[058]  SeqCount[10]          NODE            S0Bb 03  15   3   6 1+2  TFF H  H  S 
[059]  SeqCount[9]           NODE            S0Bb 14  14   3   7 1+2  TFF H  H  S 
[060]  SeqCount[8]           NODE            S0Bb 15  13   3   8 1+2  TFF H  H  S 
[061]  SeqCount[7]           NODE            S0Bb 06  12   3   9 1+2  TFF H  H  S 
[062]  SeqCount[6]           NODE            S0Bb 07  11   3  10 1+2  TFF H  H  S 
[063]  SeqCount[5]           NODE            S0Bb 08  10   3  11 1+2  TFF H  H  S 
[064]  SeqCount[4]           NODE            S0Bb 09   9   3  12 1+2  TFF H  H  S 
[065]  SeqCount[3]           NODE            S0Bb 10   8   3  13 1+2  TFF H  H  S 
[066]  SeqCount[2]           NODE            S0Bb 11   7   3  14   3  DFF H  H  S 
[067]  SeqCount[1]           NODE            S0Bc 08   6   4  15   2  DFF H  H  S 
[068]  SeqCount[0]           NODE            S0Bc 00   5   4  16   1  DFF H  H  S 
[069]  SeqD[7]              BIPUT   28   I/O S0Bd 00   2   1   2   1  COM H  H  F 
[070]  SeqD[6]              BIPUT   27   I/O S0Bd 01   2   1   2   1  COM H  H  F 
[071]  SeqD[5]              BIPUT   26   I/O S0Bd 02   2   1   2   1  COM H  H  F 
[072]  SeqD[4]              BIPUT   25   I/O S0Bd 03   2   1   2   1  COM H  H  F 
[073]  SeqD[3]              BIPUT   24   I/O S0Bd 04   2   1   2   1  COM H  H  F 
[074]  SeqD[2]              BIPUT   23   I/O S0Bd 05   2   1   2   1  COM H  H  F 
[075]  SeqD[1]              BIPUT   22   I/O S0Bd 06   2   1   2   1  COM H  H  F 
[076]  SeqD[0]              BIPUT   21   I/O S0Bd 07   2   2   3   1  COM H  H  F 
[077]  seqTRIG                OUT  101   I/O S2Bb 08   2   0   0   1  COM H  H  F 
[078]  seqECR                 OUT  103   I/O S2Bb 10   2   0   0   1  COM H  H  F 
[079]  seqBCR                 OUT  102   I/O S2Bb 09   2   0   0   1  COM H  H  F 
[080]  seqCAL                 OUT  104   I/O S2Bb 11   2   0   0   1  COM H  H  F 
[081]  seqID                  OUT  108   I/O S2Bb 15   2   0   0   1  COM H  H  F 
[082]  seqTT                  OUT  107   I/O S2Bb 14   2   0   0   1  COM H  H  F 
[083]  seqFER                 OUT  105   I/O S2Bb 12   2   0   0   1  COM H  H  F 
[084]  seqSpare               OUT  106   I/O S2Bb 13   2   0   0   1  COM H  H  F 
[085]  _seqTRIG              NODE            S2Ba 11   3   1   1   1  DFF H  H  S 
[086]  _seqECR               NODE            S2Ba 12   3   1   1   1  DFF H  H  S 
[087]  _seqBCR               NODE            S2Ba 13   3   1   1   1  DFF H  H  S 
[088]  _seqCAL               NODE            S2Ba 14   3   1   1   1  DFF H  H  S 
[089]  _seqID                NODE            S3Ba 01   3   1   1   1  DFF H  H  S 
[090]  _seqTT                NODE            S3Ba 05   3   1   1   1  DFF H  H  S 
[091]  _seqFER               NODE            S3Ba 06   3   1   1   1  DFF H  H  S 
[092]  _seqSpare             NODE            S3Ba 07   3   1   1   1  DFF H  H  S 
[093]  SeqRamWrAccess        NODE            S3Bc 08   2   2  11   1  COM H  H  S 
[094]  SeqA[14]               OUT  139   I/O S3Bd 08   0   0   0   1  COM H  H  F 
[095]  SeqA[13]               OUT   17   I/O S0Bd 10   3   0   0   2  COM H  H  F 
[096]  SeqA[12]               OUT   16   I/O S0Bd 11   3   0   0   2  COM H  H  F 
[097]  SeqA[11]               OUT   15   I/O S0Bd 12   3   0   0   2  COM H  H  F 
[098]  SeqA[10]               OUT   14   I/O S0Bd 13   3   0   0   2  COM H  H  F 
[099]  SeqA[9]                OUT   13   I/O S0Bd 14   3   0   0   2  COM H  H  F 
[100]  SeqA[8]                OUT   12   I/O S0Bd 15   3   0   0   2  COM H  H  F 
[101]  SeqA[7]                OUT    9   I/O S0Ba 13   3   0   0   2  COM H  H  F 
[102]  SeqA[6]                OUT    8   I/O S0Ba 12   3   0   0   2  COM H  H  F 
[103]  SeqA[5]                OUT    7   I/O S0Ba 11   3   0   0   2  COM H  H  F 
[104]  SeqA[4]                OUT    6   I/O S0Ba 08   3   0   0   2  COM H  H  F 
[105]  SeqA[3]                OUT    5   I/O S0Ba 07   3   0   0   2  COM H  H  F 
[106]  SeqA[2]                OUT    4   I/O S0Ba 04   3   0   0   2  COM H  H  F 
[107]  SeqA[1]                OUT    3   I/O S0Ba 03   3   0   0   2  COM H  H  F 
[108]  SeqA[0]                OUT    2   I/O S0Ba 02   3   0   0   2  COM H  H  F 
[109]  nSeqWrEn               OUT   19   I/O S0Bd 08   2   0   0   1  COM H  H  F 
[110]  nSeqOE                 OUT   18   I/O S0Bd 09   4   0   0   2  COM H  H  F 
[111]  nSeqCS                 OUT   83   I/O S2Ba 06   0   0   0   1  COM H  H  F 
[112]  equal_to-6            NODE            S3Bb 01  14   1   1   14 COM H  H  S 
[113]  equal_to-13           NODE            S4Bc 09  15   3  15   15 COM H  H  S 
[114]  SinkGoDelay[4]        NODE            S4Ba 12   2   1   1   1  DFF H  H  S 
[115]  SinkGoDelay[3]        NODE            S4Bb 08   2   1   1   1  DFF H  H  S 
[116]  SinkGoDelay[2]        NODE            S4Bb 09   2   1   1   1  DFF H  H  S 
[117]  SinkGoDelay[1]        NODE            S4Bb 10   2   1   1   1  DFF H  H  S 
[118]  SinkCountEnClk        NODE            S4Ba 10   3   1   1   1  DFF H  H  S 
[119]  SinkBusy               OUT  174   I/O S4Ba 11   2   2  15   1  DFF H  H  F 
[120]  SinkCount[13]         NODE            S1Bc 01  18   3   3 1+2  TFF H  H  S 
[121]  SinkCount[12]         NODE            S1Bc 02  17   3   4 1+2  TFF H  H  S 
[122]  SinkCount[11]         NODE            S1Bc 03  16   3   5 1+2  TFF H  H  S 
[123]  SinkCount[10]         NODE            S1Bc 04  15   3   6 1+2  TFF H  H  S 
[124]  SinkCount[9]          NODE            S1Bc 05  14   3   7 1+2  TFF H  H  S 
[125]  SinkCount[8]          NODE            S1Bc 06  13   3   8 1+2  TFF H  H  S 
[126]  SinkCount[7]          NODE            S1Bc 14  12   3   9 1+2  TFF H  H  S 
[127]  SinkCount[6]          NODE            S1Bc 13  11   3  10 1+2  TFF H  H  S 
[128]  SinkCount[5]          NODE            S1Bc 09  10   3  11 1+2  TFF H  H  S 
[129]  SinkCount[4]          NODE            S1Bc 10   9   3  12 1+2  TFF H  H  S 
[130]  SinkCount[3]          NODE            S1Bc 11   8   3  13 1+2  TFF H  H  S 
[131]  SinkCount[2]          NODE            S1Bc 12   7   3  14   3  DFF H  H  S 
[132]  SinkCount[1]          NODE            S1Bc 08   6   3  15   2  DFF H  H  S 
[133]  SinkCount[0]          NODE            S1Bc 00   5   3  16   1  DFF H  H  S 
[134]  SinkCountStop         NODE            S5Bc 02   2   1   1   1  DFF H  H  S 
[135]  SinkCountEnReset      NODE            S5Bc 11   4   1   1   2  COM H  H  S 
[136]  SinkFFin[7]           NODE            S5Bc 03   2   1   1   1  DFF H  H  S 
[137]  SinkFFin[6]           NODE            S5Bc 04   2   1   1   1  DFF H  H  S 
[138]  SinkFFin[5]           NODE            S5Bc 05   2   1   1   1  DFF H  H  S 
[139]  SinkFFin[4]           NODE            S5Bc 06   2   1   1   1  DFF H  H  S 
[140]  SinkFFin[3]           NODE            S5Ba 10   2   1   1   1  DFF H  H  S 
[141]  SinkFFin[2]           NODE            S5Bc 14   2   1   1   1  DFF H  H  S 
[142]  SinkFFin[1]           NODE            S5Ba 13   2   1   1   1  DFF H  H  S 
[143]  SinkFFin[0]           NODE            S5Ba 11   2   1   1   1  DFF H  H  S 
[144]  SinkFFout[7]          NODE            S5Bc 08   2   1   1   1  DFF H  H  S 
[145]  SinkFFout[6]          NODE            S5Bc 09   2   1   1   1  DFF H  H  S 
[146]  SinkFFout[5]          NODE            S5Bc 10   2   1   1   1  DFF H  H  S 
[147]  SinkFFout[4]          NODE            S5Bc 13   2   1   1   1  DFF H  H  S 
[148]  SinkFFout[3]          NODE            S5Ba 03   2   1   1   1  DFF H  H  S 
[149]  SinkFFout[2]          NODE            S5Bc 12   2   1   1   1  DFF H  H  S 
[150]  SinkFFout[1]          NODE            S5Ba 02   2   1   1   1  DFF H  H  S 
[151]  SinkFFout[0]          NODE            S5Ba 05   2   1   1   1  DFF H  H  S 
[152]  SinkA[14]              OUT  159   I/O S4Bd 06   0   0   0   1  COM H  H  F 
[153]  SinkA[13]              OUT   57   I/O S1Ba 04   3   0   0   2  COM H  H  F 
[154]  SinkA[12]              OUT   56   I/O S1Ba 07   3   0   0   2  COM H  H  F 
[155]  SinkA[11]              OUT   55   I/O S1Ba 08   3   0   0   2  COM H  H  F 
[156]  SinkA[10]              OUT   54   I/O S1Ba 11   3   0   0   2  COM H  H  F 
[157]  SinkA[9]               OUT   53   I/O S1Ba 12   3   0   0   2  COM H  H  F 
[158]  SinkA[8]               OUT   52   I/O S1Ba 13   3   0   0   2  COM H  H  F 
[159]  SinkA[7]               OUT   49   I/O S1Bd 15   3   0   0   2  COM H  H  F 
[160]  SinkA[6]               OUT   48   I/O S1Bd 14   3   0   0   2  COM H  H  F 
[161]  SinkA[5]               OUT   47   I/O S1Bd 13   3   0   0   2  COM H  H  F 
[162]  SinkA[4]               OUT   46   I/O S1Bd 12   3   0   0   2  COM H  H  F 
[163]  SinkA[3]               OUT   45   I/O S1Bd 11   3   0   0   2  COM H  H  F 
[164]  SinkA[2]               OUT   44   I/O S1Bd 10   3   0   0   2  COM H  H  F 
[165]  SinkA[1]               OUT   43   I/O S1Bd 09   3   0   0   2  COM H  H  F 
[166]  SinkA[0]               OUT   42   I/O S1Bd 08   3   0   0   2  COM H  H  F 
[167]  equal_to-25           NODE            S4Bc 01  14   1   1   14 COM H  H  S 
[168]  equal_to-26           NODE            S3Bb 09  15   2  15   15 COM H  H  S 
[169]  SinkD[7]             BIPUT   70   I/O S1Bb 13   5   1   1   3  COM H  H  F 
[170]  SinkD[6]             BIPUT   69   I/O S1Bb 12   5   1   1   3  COM H  H  F 
[171]  SinkD[5]             BIPUT   68   I/O S1Bb 11   5   1   1   3  COM H  H  F 
[172]  SinkD[4]             BIPUT   67   I/O S1Bb 08   5   1   1   3  COM H  H  F 
[173]  SinkD[3]             BIPUT   66   I/O S1Bb 07   5   1   1   3  COM H  H  F 
[174]  SinkD[2]             BIPUT   65   I/O S1Bb 04   5   1   1   3  COM H  H  F 
[175]  SinkD[1]             BIPUT   64   I/O S1Bb 03   5   1   1   3  COM H  H  F 
[176]  SinkD[0]             BIPUT   63   I/O S1Bb 02   5   1   1   3  COM H  H  F 
[177]  nSinkWrEn              OUT   59   I/O S1Ba 02   5   0   0   2  COM H  H  F 
[178]  nSinkOE                OUT   58   I/O S1Ba 03   2   1   8   1  COM H  H  F 
[179]  nSinkCS                OUT   82   I/O S2Ba 07   0   0   0   1  COM H  H  F 
[180]  XSeqTRIG               OUT  122   I/O S3Ba 02   2   0   0   1  COM H  H  F 
[181]  XSeqClk1               OUT  123   I/O S3Ba 03   1   0   0   1  COM H  H  F 
[182]  XSeqClk2               OUT  164   I/O S4Bd 10   1   0   0   1  COM H  H  F 
[183]  nOA_rst              INPUT  155   I/O S4Bd         11  96
[184]  RunMode              INPUT  156   I/O S4Bd          0   0
[185]  SeqClk               INPUT   29 INCLK               1   1
[186]  SinkClk              INPUT   32 INCLK               2   2
[187]  RAMselect            INPUT  169   I/O S4Bd         10  57
[188]  bWriteb              INPUT  154   I/O S4Bd          4  41
[189]  bReadb               INPUT  153   I/O S4Bd          3   3
[190]  ab[15]               INPUT  148   I/O S3Bd          0   0
[191]  ab[14]               INPUT  147   I/O S3Bd          2   2
[192]  ab[13]               INPUT  146   I/O S3Bd          2   2
[193]  ab[12]               INPUT  145   I/O S3Bd          2   2
[194]  ab[11]               INPUT  144   I/O S3Bd          2   2
[195]  ab[10]               INPUT  143   I/O S3Bd          2   2
[196]  ab[9]                INPUT  142   I/O S3Bd          2   2
[197]  ab[8]                INPUT  141   I/O S3Bd          2   2
[198]  ab[7]                INPUT  138   I/O S3Bd          2   2
[199]  ab[6]                INPUT  137   I/O S3Bd          2   2
[200]  ab[5]                INPUT  136   I/O S3Bd          2   2
[201]  ab[4]                INPUT  135   I/O S3Bd          2   2
[202]  ab[3]                INPUT  134   I/O S3Bd          2   2
[203]  ab[2]                INPUT  133   I/O S3Bd          2   2
[204]  ab[1]                INPUT  132   I/O S3Bd          2   2
[205]  StartSeq             INPUT  167   I/O S4Bd          1   1
[206]  StartSink            INPUT  168   I/O S4Bd          1   1
[207]  eclSpare             INPUT  190   I/O S4Bb          1   1
[208]  eclFER               INPUT  189   I/O S4Bb          1   1
[209]  eclTT                INPUT  188   I/O S4Bb          1   1
[210]  eclID                INPUT  187   I/O S4Bb          1   1
[211]  eclCAL               INPUT  186   I/O S4Bb          1   1
[212]  eclBCR               INPUT  185   I/O S4Bb          1   1
[213]  eclECR               INPUT  184   I/O S4Bb          1   1
[214]  eclL1A               INPUT  183   I/O S4Bb          1   1
[215]  nLEb2                INPUT  149 INCLK               2   2
[216]  Reg1A                INPUT  162   I/O S4Bd          7  33
[217]  Reg1C                INPUT  163   I/O S4Bd          3  17
[218]  sgbA[7]              INPUT  221   I/O S5Ba          0   0
[219]  sgbA[6]              INPUT  222   I/O S5Ba          0   0
[220]  sgbA[5]              INPUT  223   I/O S5Ba          0   0
[221]  sgbA[4]              INPUT  224   I/O S5Ba          0   0
[222]  sgbA[3]              INPUT  225   I/O S5Ba          0   0
[223]  sgbA[2]              INPUT  226   I/O S5Ba          0   0
[224]  sgbA[1]              INPUT  227   I/O S5Ba          0   0
[225]  sgbA[0]              INPUT  228   I/O S5Ba          0   0
[226]  sgbB[7]              INPUT  193   I/O S5Bb          0   0
[227]  sgbB[6]              INPUT  194   I/O S5Bb          0   0
[228]  sgbB[5]              INPUT  195   I/O S5Bb          0   0
[229]  sgbB[4]              INPUT  196   I/O S5Bb          0   0
[230]  sgbB[3]              INPUT  197   I/O S5Bb          0   0
[231]  sgbB[2]              INPUT  198   I/O S5Bb          0   0
[232]  sgbB[1]              INPUT  199   I/O S5Bb          0   0
[233]  sgbB[0]              INPUT  200   I/O S5Bb          0   0
[234]  sgbC[7]              INPUT  111   I/O S3Bb          0   0
[235]  sgbC[6]              INPUT  112   I/O S3Bb          0   0
[236]  sgbC[5]              INPUT  113   I/O S3Bb          0   0
[237]  sgbC[4]              INPUT  114   I/O S3Bb          0   0
[238]  sgbC[3]              INPUT  115   I/O S3Bb          0   0
[239]  sgbC[2]              INPUT  116   I/O S3Bb          0   0
[240]  sgbC[1]              INPUT  117   I/O S3Bb          0   0
[241]  sgbC[0]              INPUT  118   I/O S3Bb          0   0
[242]  sgbD[5]              INPUT   75   I/O S2Ba          0   0
[243]  sgbD[4]              INPUT   76   I/O S2Ba          0   0
[244]  sgbD[3]              INPUT   77   I/O S2Ba          0   0
[245]  sgbD[2]              INPUT   78   I/O S2Ba          0   0
[246]  sgbD[1]              INPUT   79   I/O S2Ba          0   0
[247]  sgbD[0]              INPUT   80   I/O S2Ba          0   0
[248]  s6_7[7]              INPUT  231   I/O S0Bb          0   0
[249]  s6_7[6]              INPUT  232   I/O S0Bb          0   0
[250]  s6_7[5]              INPUT  233   I/O S0Bb          0   0
[251]  s6_7[4]              INPUT  234   I/O S0Bb          0   0
[252]  s6_7[3]              INPUT  235   I/O S0Bb          0   0
[253]  s6_7[2]              INPUT  236   I/O S0Bb          0   0
[254]  s6_7[1]              INPUT  237   I/O S0Bb          0   0
[255]  s6_7[0]              INPUT  238   I/O S0Bb          0   0
[256]  s7_8[7]              INPUT  204   I/O S5Bb          0   0
[257]  s7_8[6]              INPUT  205   I/O S5Bb          0   0
[258]  s7_8[5]              INPUT  206   I/O S5Bb          0   0
[259]  s7_8[4]              INPUT  207   I/O S5Bb          0   0
[260]  s7_8[3]              INPUT  214   I/O S5Ba          0   0
[261]  s7_8[2]              INPUT  215   I/O S5Ba          0   0
[262]  s7_8[1]              INPUT  216   I/O S5Ba          0   0
[263]  s7_8[0]              INPUT  217   I/O S5Ba          0   0
========================================================================================


FANOUT TABLE:

PASS/              Src      Fanouts--------------------------------------
FAIL  Signal_Src   SL# ISL# Blk  SL#  Mux   Blk  SL#  Mux   Blk  SL#  Mux
========================================================================================
Block S0Bb:
PASS [055] S0BbM0   40 101  S0Bb --- M00I7  S0Bd  40 M04I2  S4Bc  54 M28I2
PASS [056] S0BbM1   36  37  S0Bb --- M01I7  S0Bd  36 M30I2  S4Bc  63 M01I2
PASS [057] S0BbM2   64   2  S0Bb --- M02I7  S0Bd  64 M09I6  S4Bc  90 M05I4
PASS [058] S0BbM3   71  10  S0Bb --- M03I7  S0Bd  71 M13I3  S4Bc  71 M20I3
PASS [061] S0BbM6   38 113  S0Ba  38 M08I4  S0Bb --- M06I7  S4Bc  49 M31I2
PASS [062] S0BbM7   79  46  S0Ba  79 M19I1  S0Bb --- M07I7  S3Bb  90 M09I2
PASS [063] S0BbM8   43  17  S0Ba  43 M20I3  S0Bb --- M08I7  S3Bb  47 M21I2
PASS [064] S0BbM9   78 130  S0Ba  78 M25I2  S0Bb --- M09I7  S3Bb  64 M28I2
PASS [065] S0BbM10  77  54  S0Ba  77 M23I1  S0Bb --- M10I7  S3Bb  73 M05I2
PASS [066] S0BbM11 107 131  S0Ba 107 M21I0  S0Bb --- M11I7  S3Bb 116 M03I1
PASS [059] S0BbM14  41 137  S0Bb --- M14I7  S0Bd  41 M02I2  S4Bc  41 M27I1
PASS [060] S0BbM15  44  13  S0Bb --- M15I7  S0Bd  44 M17I2  S4Bc  38 M15I1

Block S0Bc:
PASS [068] S0BcM0    8   8  S0Ba   8 M22I5  S0Bb   8 M04I6  S0Bc --- M00I7
                            S3Bb   2 M17I6
PASS [067] S0BcM8   51 133  S0Ba  51 M02I4  S0Bb  51 M24I3  S0Bc --- M08I7
                            S3Bb  37 M15I6

Block S0Bd:
PASS [069] S0BdP0   88 122  S3Ba  78 M25I2
PASS [070] S0BdP1   89 118  S3Ba  88 M11I2
PASS [071] S0BdP2   90 162  S3Ba  81 M27I1
PASS [072] S0BdP3   91  66  S3Ba  91 M12I2
PASS [073] S0BdP4   92 142  S2Ba  84 M00I2
PASS [074] S0BdP5   93  14  S2Ba  76 M24I2
PASS [075] S0BdP6   94 146  S2Ba  82 M03I2
PASS [076] S0BdP7   55  77  S2Ba  37 M22I4  S3Ba  50 M30I0

Block S1Ba:
PASS [178] S1BaM3   66 ---  S1Bb  66 M09I3

Block S1Bb:
PASS [176] S1BbP2  122  15  S2Bb 127 M13I0
PASS [175] S1BbP3  123   3  S2Bb 105 M27I1
PASS [174] S1BbP4  124 103  S2Bb 118 M06I1
PASS [173] S1BbP7   55  81  S2Bb  39 M09I5
PASS [172] S1BbP8   88  34  S4Ba  91 M04I1
PASS [171] S1BbP11  59  45  S4Ba  62 M03I3
PASS [170] S1BbP12  92 154  S4Ba  95 M01I2
PASS [169] S1BbP13  93  90  S4Ba  69 M21I2

Block S1Bc:
PASS [133] S1BcM0    8  76  S1Bc --- M00I7  S1Bd   8 M23I1  S3Bb   1 M22I5
PASS [120] S1BcM1   44  93  S1Ba  44 M25I3  S1Bc --- M01I7  S4Bc  40 M22I2
PASS [121] S1BcM2   97  99  S1Ba  97 M24I0  S1Bc --- M02I7  S4Bc 114 M24I6
PASS [122] S1BcM3    7  64  S1Ba   7 M05I6  S1Bc --- M03I7  S4Bc  18 M09I0
PASS [123] S1BcM4   45 141  S1Ba  45 M26I3  S1Bc --- M04I7  S4Bc  57 M07I2
PASS [124] S1BcM5   98  95  S1Ba  98 M28I0  S1Bc --- M05I7  S4Bc 101 M21I5
PASS [125] S1BcM6  102 163  S1Ba 102 M01I1  S1Bc --- M06I7  S4Bc 127 M02I6
PASS [132] S1BcM8   11  52  S1Bc --- M08I7  S1Bd  11 M27I0  S3Bb   0 M14I6
PASS [128] S1BcM9   54 153  S1Bc --- M09I7  S1Bd  54 M09I3  S3Bb  34 M18I4
PASS [129] S1BcM10 109  63  S1Bc --- M10I7  S1Bd 109 M03I5  S3Bb 113 M01I1
PASS [130] S1BcM11   3 136  S1Bc --- M11I7  S1Bd   3 M05I0  S3Bb  27 M07I4
PASS [131] S1BcM12  50 121  S1Bc --- M12I7  S1Bd  50 M26I2  S3Bb  41 M25I2
PASS [127] S1BcM13   1  44  S1Bc --- M13I7  S1Bd   1 M13I0  S3Bb  31 M00I4
PASS [126] S1BcM14  49  57  S1Bc --- M14I7  S1Bd  49 M30I3  S4Bc  39 M10I1

Block S2Ba:
PASS [085] S2BaM11 104 ---  S2Bb 104 M18I0
PASS [086] S2BaM12  73 ---  S2Bb  73 M05I2
PASS [087] S2BaM13  77 ---  S2Bb  77 M11I2
PASS [088] S2BaM14  20 ---  S2Bb  20 M25I4
PASS [012] S2BaP2   26  96  S0Bd  28 M01I1  S2Bc  26 M02I3
PASS [013] S2BaP3   27 104  S0Bd  18 M25I1  S2Bc  27 M15I0
PASS [014] S2BaP4  116 159  S0Bd 126 M08I5  S2Bc 116 M11I5
PASS [015] S2BaP5  117  31  S0Bd 116 M29I4  S2Bc 117 M31I6

Block S2Bb:
PASS [007] S2BbP2  122  43  S1Bb  99 M14I1  S2Bc 122 M12I6
PASS [006] S2BbP3   83  18  S1Bb  91 M18I2  S2Bc  83 M00I3
PASS [005] S2BbP4   52 157  S1Bb  43 M26I2  S2Bc  52 M03I1
PASS [004] S2BbP5   85 106  S1Bb  81 M07I3  S2Bc  85 M05I0

Block S2Bc:
PASS [022] S2BcM0    8  80  S2Bb   8 M04I6  S3Bc  25 M18I0  S5Bc   7 M27I0
PASS [023] S2BcM1  100 143  S2Bb 100 M12I1  S5Bc 104 M23I6
PASS [024] S2BcM2   97 155  S0Bb 118 M28I0  S0Bc 118 M06I5  S2Bb  97 M07I1
                            S3Bc 111 M31I5
PASS [025] S2BcM3    7 ---  S2Bb   7 M28I6
PASS [030] S2BcM4    5 ---  S2Ba   5 M11I6  S2Bb   5 M23I6
PASS [031] S2BcM5    2 ---  S2Ba   2 M12I6  S2Bb   2 M17I6
PASS [032] S2BcM6   46 ---  S2Ba  46 M16I3  S2Bb  46 M30I4
PASS [033] S2BcM7   55 ---  S2Ba  55 M15I4  S2Bb  55 M26I3
PASS [038] S2BcM8   51   9  S2Bb  51 M03I2  S4Bc  45 M19I2
PASS [039] S2BcM9  110  71  S2Bb 110 M20I0  S4Bc 105 M25I5
PASS [040] S2BcM10 109 151  S2Bb 109 M24I1  S4Bc 120 M00I6
PASS [041] S2BcM11   3 112  S2Bb   3 M16I6  S4Bc  16 M03I0
PASS [046] S2BcM12  50 117  S2Ba  50 M14I1  S3Bb  61 M11I3
PASS [047] S2BcM13  41 145  S2Ba  41 M30I4  S3Bb  57 M10I2
PASS [048] S2BcM14  49   5  S2Ba  49 M10I0  S3Bb  60 M13I3
PASS [049] S2BcM15  12  12  S2Ba  12 M18I5  S3Bb  11 M02I6

Block S3Ba:
PASS [051] S3BaM0   69 ---  S3Bc  69 M14I0
PASS [089] S3BaM1   23 108  S2Bb  16 M10I5
PASS [053] S3BaM4   97  51  S0Bb 104 M18I0  S0Bc 104 M23I6  S0Bd 104 M06I5
                            S2Ba 102 M01I1  S3Ba --- M04I7
PASS [090] S3BaM5  106  27  S2Bb 114 M29I0
PASS [091] S3BaM6   99 119  S2Bb 125 M02I0
PASS [092] S3BaM7   15 100  S2Bb  31 M15I4
PASS [011] S3BaP8  120  75  S0Bd 110 M27I6  S3Bc 120 M00I6
PASS [010] S3BaP11 123 123  S0Bd 111 M19I4  S3Bc 123 M05I6
PASS [009] S3BaP12 124 147  S0Bd 112 M31I4  S3Bc 124 M15I6
PASS [008] S3BaP13  93  78  S0Bd  70 M11I5  S3Bc  93 M12I4

Block S3Bb:
PASS [112] S3BbM1   68  30  S4Bc  80 M04I4
PASS [168] S3BbM9  118 135  S1Bc 106 M26I5  S5Bc 114 M24I6

Block S3Bc:
PASS [026] S3BcM0   48 125  S2Bb  45 M19I3  S3Ba  48 M03I0
PASS [027] S3BcM1    4 160  S2Bb  10 M31I5  S3Ba   4 M13I6
PASS [028] S3BcM2   40  69  S2Bb  59 M08I4  S3Ba  40 M00I4
PASS [029] S3BcM3  103  35  S2Bb 111 M21I0  S3Ba 103 M18I3
PASS [043] S3BcM5   98 ---  S3Ba  98 M28I0  S3Bb  98 M16I1
PASS [044] S3BcM6    6 ---  S3Ba   6 M09I6  S3Bb   6 M27I6
PASS [093] S3BcM8  107 139  S0Bd  96 M21I5  S1Ba 100 M29I0
PASS [045] S3BcM9  110 ---  S3Ba 110 M26I0  S3Bb 110 M20I0
PASS [054] S3BcM10  13 ---  S3Ba  13 M16I5
PASS [016] S3BcM13  96  83  S2Ba  99 M23I3  S2Bb  99 M22I1  S3Ba  96 M19I3
                            S4Ba 119 M08I0
PASS [042] S3BcM15  12  60  S3Ba  12 M31I6  S4Bc  15 M26I0

Block S3Bd:
PASS [191] S3BdP1   17  16  S0Bd  14 M28I0  S1Ba   6 M09I6
PASS [192] S3BdP2   18 128  S0Bd  31 M00I1  S1Ba  16 M04I6
PASS [193] S3BdP3   51  49  S0Bd  59 M20I2  S1Ba  34 M27I4
PASS [194] S3BdP4   92  86  S0Bd  72 M22I2  S1Ba  69 M21I2
PASS [195] S3BdP5   21 120  S0Bd   4 M12I0  S1Ba  13 M19I5
PASS [196] S3BdP6   94  82  S0Bd  67 M14I3  S1Ba  82 M03I2
PASS [197] S3BdP7   55  41  S0Ba  46 M16I3  S1Bd  51 M12I2
PASS [198] S3BdP9   65  62  S0Ba  83 M06I2  S1Bd  64 M20I3
PASS [199] S3BdP10  58  85  S0Ba  56 M13I1  S1Bd  42 M10I2
PASS [200] S3BdP11  59 149  S0Ba  33 M05I4  S1Bd  52 M28I3
PASS [201] S3BdP12  28  88  S0Ba  11 M17I5  S1Bd  18 M25I1
PASS [202] S3BdP13  29  40  S0Ba   6 M09I6  S1Bd  23 M29I1
PASS [203] S3BdP14  70 134  S0Ba  80 M24I1  S1Bd  89 M07I4
PASS [204] S3BdP15  63  61  S0Ba  39 M12I4  S1Bd  48 M14I2

Block S4Ba:
PASS [118] S4BaM10 --- ---  S4Ba --- M10I7
PASS [119] S4BaM11  17  92  S1Ba  25 M14I5  S1Bc  25 M18I0
PASS [114] S4BaM12 --- ---  S4Ba --- M12I7
PASS [017] S4BaM13  21  84  S4Bb  21 M12I4  S5Bc   0 M07I3
PASS [000] S4BaP2   26  48  S1Bb  10 M11I6  S4Bb  26 M19I5
PASS [001] S4BaP3  115  55  S1Bb 120 M08I0  S4Bb 115 M02I1
PASS [002] S4BaP4   28 144  S1Bb   4 M19I6  S4Bb  28 M14I4
PASS [003] S4BaP7   87 126  S1Bb  85 M06I2  S4Bb  87 M01I2

Block S4Bb:
PASS [018] S4BbM0  112 ---  S4Ba 112 M09I0
PASS [019] S4BbM1  108 ---  S4Ba 108 M06I0
PASS [020] S4BbM2   64   6  S1Bc  67 M30I3  S4Ba  64 M16I2  S5Bc  88 M19I4
PASS [035] S4BbM5  106 ---  S4Ba 106 M15I0
PASS [036] S4BbM6  110 ---  S4Ba 110 M26I0  S4Bc 110 M29I5
PASS [115] S4BbM8   75 ---  S4Ba  75 M17I1
PASS [116] S4BbM9  --- ---  S4Bb --- M09I7
PASS [117] S4BbM10 --- ---  S4Bb --- M10I7
PASS [034] S4BbM13  65 ---  S4Ba  65 M23I2
PASS [037] S4BbM14  73 ---  S4Ba  73 M18I1  S4Bc  73 M06I3
PASS [021] S4BbM15  76 ---  S4Ba  76 M24I2
PASS [214] S4BbP2   82 102  S5Ba  75 M17I1
PASS [213] S4BbP3   51 129  S5Ba  33 M05I4
PASS [212] S4BbP4   84 138  S5Bc  74 M01I3
PASS [211] S4BbP7   55  97  S5Ba  54 M07I4
PASS [210] S4BbP8   96  39  S5Bc 102 M22I5
PASS [209] S4BbP11  99  79  S5Bc  99 M12I5
PASS [208] S4BbP12  60  29  S5Bc  47 M18I2
PASS [207] S4BbP13  93 158  S5Bc  86 M11I4

Block S4Bc:
PASS [167] S4BcM1   44   1  S3Bb  62 M04I3
PASS [113] S4BcM9   14 152  S0Bb   1 M22I5  S0Bc   1 M30I0  S3Ba  20 M07I6

Block S4Bd:
PASS [189] S4BdP0   88 114  S0Bd  68 M05I3  S1Ba  74 M16I1  S3Bc  71 M20I3
PASS [188] S4BdP1   89  70  S1Bb  79 M27I2  S2Bc  86 M10I3  S3Bc  74 M01I3
                            S4Bb  89 M08I2
PASS [183] S4BdP2   50 105  S0Bb  48 M13I2  S0Bc  48 M11I1  S1Bc  33 M07I1
                            S2Ba  42 M17I3  S2Bc  42 M16I2  S3Ba  33 M05I4
                            S3Bc  33 M07I1  S4Ba  50 M14I1  S4Bb  50 M05I5
                            S5Ba  39 M12I4  S5Bc  39 M10I1
PASS [216] S4BdP8   56  89  S2Ba  56 M13I1  S2Bb  56 M14I2  S2Bc  56 M06I2
                            S3Ba  42 M17I3  S3Bc  42 M16I2  S4Ba  56 M13I1
                            S4Bb  56 M00I2
PASS [217] S4BdP9   25 140  S2Bc  14 M04I0  S3Bc  22 M11I0  S4Bb  25 M06I5
PASS [205] S4BdP13  61  53  S5Bc  52 M26I2
PASS [206] S4BdP14  70 ---  S4Ba  70 M22I2
PASS [187] S4BdP15  31 116  S0Ba  22 M28I5  S0Bd  22 M10I0  S1Ba   9 M23I5
                            S1Bb   9 M24I5  S1Bd   9 M21I1  S2Ba   6 M09I6
                            S2Bb   6 M00I6  S3Ba   7 M14I6  S3Bc   7 M27I0
                            S4Ba  31 M00I5

Block S5Ba:
PASS [150] S5BaM2  101 111  S1Bb 105 M23I0
PASS [148] S5BaM3   66 150  S1Bb  83 M31I2
PASS [151] S5BaM5   18 124  S1Bb  21 M12I4
PASS [140] S5BaM10 --- ---  S5Ba --- M10I7
PASS [143] S5BaM11 --- ---  S5Ba --- M11I7
PASS [142] S5BaM13 --- ---  S5Ba --- M13I7

Block S5Bc:
PASS [050] S5BcM0  --- ---  S5Bc --- M00I7
PASS [052] S5BcM1  100  59  S3Ba 108 M06I0
PASS [134] S5BcM2  --- ---  S5Bc --- M02I7
PASS [136] S5BcM3  --- ---  S5Bc --- M03I7
PASS [137] S5BcM4  --- ---  S5Bc --- M04I7
PASS [138] S5BcM5  --- ---  S5Bc --- M05I7
PASS [139] S5BcM6  --- ---  S5Bc --- M06I7
PASS [144] S5BcM8  107 115  S1Bb 113 M01I1
PASS [145] S5BcM9  110  91  S1Bb 104 M22I0
PASS [146] S5BcM10  13 132  S1Bb  14 M03I6
PASS [135] S5BcM11  43  65  S4Ba  33 M05I4
PASS [149] S5BcM12 106  23  S1Bb 121 M15I0
PASS [147] S5BcM13  96  47  S1Bb  96 M17I1
PASS [141] S5BcM14 --- ---  S5Bc --- M14I7

Input/Clock Pins:
PASS [185] CLOCK0   21  20  S3Ba  19 M10I6
PASS [186] CLOCK1   70  50  S1Ba  70 M13I3  S4Bd  72 M22I2
PASS [215] CLOCK2   26 148  S0Bd  23 M03I0  S1Ba  28 M07I5


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
----- ------ ------  -----------
I02   [067]  S0BcM8  SeqCount[1]
I05   [200]  S3BdP11 ab[5]
I06   [198]  S3BdP9  ab[7]
I08   [061]  S0BbM6  SeqCount[7]
I09   [202]  S3BdP13 ab[3]
I12   [204]  S3BdP15 ab[1]
I13   [199]  S3BdP10 ab[6]
I16   [197]  S3BdP7  ab[8]
I17   [201]  S3BdP12 ab[4]
I19   [062]  S0BbM7  SeqCount[6]
I20   [063]  S0BbM8  SeqCount[5]
I21   [066]  S0BbM11 SeqCount[2]
I22   [068]  S0BcM0  SeqCount[0]
I23   [065]  S0BbM10 SeqCount[3]
I24   [203]  S3BdP14 ab[2]
I25   [064]  S0BbM9  SeqCount[4]
I28   [187]  S4BdP15 RAMselect

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [108]  SeqA[0]
OUT   [107]  SeqA[1]
OUT   [106]  SeqA[2]
OUT   [105]  SeqA[3]
OUT   [104]  SeqA[4]
OUT   [103]  SeqA[5]
OUT   [102]  SeqA[6]
OUT   [101]  SeqA[7]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
           NONE
   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 4---------------   -  - - --- - [---] GND [---]
02 ------------x---------x-----x---  3 --4-------------   2  H - COM F [---] VCC [108] *
03 --x---------------------x---x---  3 ---4------------   2  H - COM F [---] VCC [107] *
04 ---------x-----------x------x---  3 ----4-----------   2  H - COM F [---] VCC [106] *
05 --------------------------------  0 -4--------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 -----44--4------   -  - - --- - [---] GND [---]
07 -----------------x-----x----x---  3 -------4--------   2  H - COM F [---] VCC [105] *
08 -----x-------------------x--x---  3 --------4-------   2  H - COM F [---] VCC [104] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 -------------x------x-------x---  3 -----------4----   2  H - COM F [---] VCC [103] *
12 ------x------------x--------x---  3 ------------4---   2  H - COM F [---] VCC [102] *
13 --------x-------x-----------x---  3 -------------4--   2  H - COM F [---] VCC [101] *
14 --------------------------------  0 ----------4-----   -  - - --- - [---] GND [---]
15 --------------------------------  0 --------------44   -  - - --- - [---] GND [---]

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [055]  S0BbM0  SeqCount[13]
I01   [056]  S0BbM1  SeqCount[12]
I02   [057]  S0BbM2  SeqCount[11]
I03   [058]  S0BbM3  SeqCount[10]
I04   [068]  S0BcM0  SeqCount[0]
I06   [061]  S0BbM6  SeqCount[7]
I07   [062]  S0BbM7  SeqCount[6]
I08   [063]  S0BbM8  SeqCount[5]
I09   [064]  S0BbM9  SeqCount[4]
I10   [065]  S0BbM10 SeqCount[3]
I11   [066]  S0BbM11 SeqCount[2]
I13   [183]  S4BdP2  nOA_rst
I14   [059]  S0BbM14 SeqCount[9]
I15   [060]  S0BbM15 SeqCount[8]
I18   [053]  S3BaP4  SeqBusy
I22   [113]  S4BcM9  equal_to-13
I24   [067]  S0BcM8  SeqCount[1]
I28   [024]  S2BcM2  RegisterEnSeqSink[9]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [055]  SeqCount[13]
NODE  [056]  SeqCount[12]
NODE  [057]  SeqCount[11]
INPUT [255]  s6_7[0]
NODE  [058]  SeqCount[10]
INPUT [254]  s6_7[1]
INPUT [253]  s6_7[2]
NODE  [061]  SeqCount[7]
NODE  [062]  SeqCount[6]
INPUT [252]  s6_7[3]
NODE  [063]  SeqCount[5]
INPUT [251]  s6_7[4]
NODE  [064]  SeqCount[4]
NODE  [065]  SeqCount[3]
NODE  [066]  SeqCount[2]
INPUT [250]  s6_7[5]
INPUT [249]  s6_7[6]
INPUT [248]  s6_7[7]
NODE  [059]  SeqCount[9]
NODE  [060]  SeqCount[8]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT3 = SeqBusy ;
            /R1 = nOA_rst*/RegisterEnSeqSink[9] ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH,CE=CLK_PT3) : SeqClk ;

----------------------------------------------------------------------------------------
                    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 xxxxx-xxxxxx-xxx--x---x-x---x--- 18 4--------------- 1+2  H 2  R1 S [055] GND [---]
01 -xxxx-xxxxxx-xxx--x---x-x---x--- 17 -4-------------- 1+2  H 2  R1 S [056] GND [---]
02 --xxx-xxxxxx-xxx--x---x-x---x--- 16 --4------------- 1+2  H 2  R1 S [057] GND [255] *
03 ---xx-xxxxxx-xxx--x---x-x---x--- 15 ---4------------ 1+2  H 2  R1 S [058] GND [254] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [253] *
05 --------------------------------  0 ----44----------   -  - - --- - [---] GND [---]
06 ----x-xxxxxx-x----x---x-x---x--- 12 ------4--------- 1+2  H 2  R1 S [061] GND [---]
07 ----x--xxxxx-x----x---x-x---x--- 11 -------4-------- 1+2  H 2  R1 S [062] GND [252] *
08 ----x---xxxx-x----x---x-x---x--- 10 --------4------- 1+2  H 2  R1 S [063] GND [251] *
09 ----x----xxx-x----x---x-x---x---  9 ---------4------ 1+2  H 2  R1 S [064] GND [---]
10 ----x-----xx-x----x---x-x---x---  8 ----------4----- 1+2  H 2  R1 S [065] GND [---]
11 ----x------x-x----x---x-x---x---  7 -----------4----   3  H 2  R1 S [066] GND [250] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [249] *
13 --------------------------------  0 ------------44--   -  - - --- - [---] GND [248] *
14 ----x-xxxxxx-xxx--x---x-x---x--- 14 --------------4- 1+2  H 2  R1 S [059] GND [---]
15 ----x-xxxxxx-x-x--x---x-x---x--- 13 ---------------4 1+2  H 2  R1 S [060] GND [---]

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [068]  S0BcM0  SeqCount[0]
I06   [024]  S2BcM2  RegisterEnSeqSink[9]
I08   [067]  S0BcM8  SeqCount[1]
I11   [183]  S4BdP2  nOA_rst
I23   [053]  S3BaP4  SeqBusy
I30   [113]  S4BcM9  equal_to-13

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [068]  SeqCount[0]
NODE  [067]  SeqCount[1]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT3 = SeqBusy ;
            /R1 = nOA_rst*/RegisterEnSeqSink[9] ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH,CE=CLK_PT3) : SeqClk ;

----------------------------------------------------------------------------------------
                    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----x-----------x------x-  5 1---------------   1  H 2  R1 S [068] GND [---]
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
03 --------------------------------  0 344-------------   -  - - --- - [---] GND [---]
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
07 --------------------------------  0 ---44444-44-----   -  - - --- - [---] GND [---]
08 x-----x-x--x-----------x------x-  6 --------4-------   2  H 2  R1 S [067] GND [---]
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [---]

========================================================================================
******************************* BLOCK 'S0Bd': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [192]  S3BdP2  ab[13]
I01   [012]  S2BaP2  db[3]
I02   [059]  S0BbM14 SeqCount[9]
I03   [215]  CLOCK2  nLEb2
I04   [055]  S0BbM0  SeqCount[13]
I05   [189]  S4BdP0  bReadb
I06   [053]  S3BaP4  SeqBusy
I08   [014]  S2BaP4  db[1]
I09   [057]  S0BbM2  SeqCount[11]
I10   [187]  S4BdP15 RAMselect
I11   [008]  S3BaP13 db[7]
I12   [195]  S3BdP5  ab[10]
I13   [058]  S0BbM3  SeqCount[10]
I14   [196]  S3BdP6  ab[9]
I17   [060]  S0BbM15 SeqCount[8]
I19   [010]  S3BaP11 db[5]
I20   [193]  S3BdP3  ab[12]
I21   [093]  S3BcM8  SeqRamWrAccess
I22   [194]  S3BdP4  ab[11]
I25   [013]  S2BaP3  db[2]
I27   [011]  S3BaP8  db[4]
I28   [191]  S3BdP1  ab[14]
I29   [015]  S2BaP5  db[0]
I30   [056]  S0BbM1  SeqCount[12]
I31   [009]  S3BaP12 db[6]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [069]  SeqD[7]
OUT   [070]  SeqD[6]
OUT   [071]  SeqD[5]
OUT   [072]  SeqD[4]
OUT   [073]  SeqD[3]
OUT   [074]  SeqD[2]
OUT   [075]  SeqD[1]
OUT   [076]  SeqD[0]
OUT   [109]  nSeqWrEn
OUT   [110]  nSeqOE
OUT   [095]  SeqA[13]
OUT   [096]  SeqA[12]
OUT   [097]  SeqA[11]
OUT   [098]  SeqA[10]
OUT   [099]  SeqA[9]
OUT   [100]  SeqA[8]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
            OE0 = SeqRamWrAccess ;
   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 -----------x---------x----------  2 1---------------   1  H - COM F [---] OE0 [069] *
01 ---------------------x---------x  2 -1--------------   1  H - COM F [---] OE0 [070] *
02 -------------------x-x----------  2 --1-------------   1  H - COM F [---] OE0 [071] *
03 ---------------------x-----x----  2 3331------------   1  H - COM F [---] OE0 [072] *
04 -x-------------------x----------  2 ----1-----------   1  H - COM F [---] OE0 [073] *
05 ---------------------x---x------  2 -----1----------   1  H - COM F [---] OE0 [074] *
06 --------x------------x----------  2 ------1---------   1  H - COM F [---] OE0 [075] *
07 ---------------------x-------x--  2 ---333343-------   1  H - COM F [---] OE0 [076] *
08 ---x-----------------x----------  2 --------1-------   1  L - COM F [---] VCC [109] *
09 -----xx---x----------x----------  4 ---------4------   2  L - COM F [---] VCC [110] *
10 ----x-----x-----------------x---  3 ----------4-----   2  H - COM F [---] VCC [095] *
11 x---------x-------------------x-  3 -----------4----   2  H - COM F [---] VCC [096] *
12 ---------xx---------x-----------  3 ------------4---   2  H - COM F [---] VCC [097] *
13 ----------x--x--------x---------  3 -------------4--   2  H - COM F [---] VCC [098] *
14 --x-------x-x-------------------  3 --------------4-   2  H - COM F [---] VCC [099] *
15 ----------x---x--x--------------  3 ---------------4   2  H - COM F [---] VCC [100] *

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I01   [125]  S1BcM6  SinkCount[8]
I03   [196]  S3BdP6  ab[9]
I04   [192]  S3BdP2  ab[13]
I05   [122]  S1BcM3  SinkCount[11]
I07   [215]  CLOCK2  nLEb2
I09   [191]  S3BdP1  ab[14]
I13   [186]  CLOCK1  SinkClk
I14   [119]  S4BaP11 SinkBusy
I16   [189]  S4BdP0  bReadb
I19   [195]  S3BdP5  ab[10]
I21   [194]  S3BdP4  ab[11]
I23   [187]  S4BdP15 RAMselect
I24   [121]  S1BcM2  SinkCount[12]
I25   [120]  S1BcM1  SinkCount[13]
I26   [123]  S1BcM4  SinkCount[10]
I27   [193]  S3BdP3  ab[12]
I28   [124]  S1BcM5  SinkCount[9]
I29   [093]  S3BcM8  SeqRamWrAccess

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [177]  nSinkWrEn
OUT   [178]  nSinkOE
OUT   [153]  SinkA[13]
OUT   [154]  SinkA[12]
OUT   [155]  SinkA[11]
OUT   [156]  SinkA[10]
OUT   [157]  SinkA[9]
OUT   [158]  SinkA[8]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
           NONE
   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 4---------------   -  - - --- - [---] GND [---]
02 -------x-----xx--------x-----x--  5 --4-------------   2  L - COM F [---] VCC [177] *
03 ----------------x------x--------  2 ---1------------   1  L - COM F [---] VCC [178] *
04 ---------x-------------x-x------  3 ----4-----------   2  H - COM F [---] VCC [153] *
05 --------------------------------  0 -4--------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 ---3-44--4------   -  - - --- - [---] GND [---]
07 ----x------------------xx-------  3 -------4--------   2  H - COM F [---] VCC [154] *
08 -----x-----------------x---x----  3 --------4-------   2  H - COM F [---] VCC [155] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 ---------------------x-x--x-----  3 -----------4----   2  H - COM F [---] VCC [156] *
12 -------------------x---x----x---  3 ------------4---   2  H - COM F [---] VCC [157] *
13 -x-x-------------------x--------  3 -------------4--   2  H - COM F [---] VCC [158] *
14 --------------------------------  0 ----------4-----   -  - - --- - [---] GND [---]
15 --------------------------------  0 --------------44   -  - - --- - [---] GND [---]

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I01   [144]  S5BcM8  SinkFFout[7]
I03   [146]  S5BcM10 SinkFFout[5]
I06   [003]  S4BaP7  db[12]
I07   [004]  S2BbP5  db[11]
I08   [001]  S4BaP3  db[14]
I09   [178]  S1BaP3  nSinkOE
I11   [000]  S4BaP2  db[15]
I12   [151]  S5BaM5  SinkFFout[0]
I14   [007]  S2BbP2  db[8]
I15   [149]  S5BcM12 SinkFFout[2]
I17   [147]  S5BcM13 SinkFFout[4]
I18   [006]  S2BbP3  db[9]
I19   [002]  S4BaP4  db[13]
I22   [145]  S5BcM9  SinkFFout[6]
I23   [150]  S5BaM2  SinkFFout[1]
I24   [187]  S4BdP15 RAMselect
I26   [005]  S2BbP4  db[10]
I27   [188]  S4BdP1  bWriteb
I31   [148]  S5BaM3  SinkFFout[3]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [176]  SinkD[0]
OUT   [175]  SinkD[1]
OUT   [174]  SinkD[2]
OUT   [173]  SinkD[3]
OUT   [172]  SinkD[4]
OUT   [171]  SinkD[5]
OUT   [170]  SinkD[6]
OUT   [169]  SinkD[7]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
            OE0 = nSinkOE ;
   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 4---------------   -  - - --- - [---] GND [---]
02 ---------x--x-x---------x--x----  5 --4-------------   3  H - COM F [---] OE0 [176] *
03 ---------x--------x----xx--x----  5 ---4------------   3  H - COM F [---] OE0 [175] *
04 ---------x-----x--------x-xx----  5 ----4-----------   3  H - COM F [---] OE0 [174] *
05 --------------------------------  0 -4--------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 -----44--4------   -  - - --- - [---] GND [---]
07 -------x-x--------------x--x---x  5 -------4--------   3  H - COM F [---] OE0 [173] *
08 ------x--x-------x------x--x----  5 --------4-------   3  H - COM F [---] OE0 [172] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 ---x-----x---------x----x--x----  5 -----------4----   3  H - COM F [---] OE0 [171] *
12 --------xx------------x-x--x----  5 ------------4---   3  H - COM F [---] OE0 [170] *
13 -x-------x-x------------x--x----  5 -------------4--   3  H - COM F [---] OE0 [169] *
14 --------------------------------  0 ----------4-----   -  - - --- - [---] GND [---]
15 --------------------------------  0 --------------44   -  - - --- - [---] GND [---]

========================================================================================
******************************* BLOCK 'S1Bc': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [133]  S1BcM0  SinkCount[0]
I01   [120]  S1BcM1  SinkCount[13]
I02   [121]  S1BcM2  SinkCount[12]
I03   [122]  S1BcM3  SinkCount[11]
I04   [123]  S1BcM4  SinkCount[10]
I05   [124]  S1BcM5  SinkCount[9]
I06   [125]  S1BcM6  SinkCount[8]
I07   [183]  S4BdP2  nOA_rst
I08   [132]  S1BcM8  SinkCount[1]
I09   [128]  S1BcM9  SinkCount[5]
I10   [129]  S1BcM10 SinkCount[4]
I11   [130]  S1BcM11 SinkCount[3]
I12   [131]  S1BcM12 SinkCount[2]
I13   [127]  S1BcM13 SinkCount[6]
I14   [126]  S1BcM14 SinkCount[7]
I18   [119]  S4BaP11 SinkBusy
I26   [168]  S3BbM9  equal_to-26
I30   [020]  S4BbM2  RegisterEnSeqSink[13]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [133]  SinkCount[0]
NODE  [120]  SinkCount[13]
NODE  [121]  SinkCount[12]
NODE  [122]  SinkCount[11]
NODE  [123]  SinkCount[10]
NODE  [124]  SinkCount[9]
NODE  [125]  SinkCount[8]
NODE  [132]  SinkCount[1]
NODE  [128]  SinkCount[5]
NODE  [129]  SinkCount[4]
NODE  [130]  SinkCount[3]
NODE  [131]  SinkCount[2]
NODE  [127]  SinkCount[6]
NODE  [126]  SinkCount[7]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT3 = SinkBusy ;
            /R1 = nOA_rst*/RegisterEnSeqSink[13] ;
   BLOCK CLOCKS:
      BLK_CLK 3 (PIN_CLOCK,POL=LOW,CE=CLK_PT3) : SinkClk ;

----------------------------------------------------------------------------------------
                    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----------x-------x---x-  5 1---------------   1  H 3  R1 S [133] GND [---]
01 xxxxxxxxxxxxxxx---x-------x---x- 18 -4-------------- 1+2  H 3  R1 S [120] GND [---]
02 x-xxxxxxxxxxxxx---x-------x---x- 17 --4------------- 1+2  H 3  R1 S [121] GND [---]
03 x--xxxxxxxxxxxx---x-------x---x- 16 3--4------------ 1+2  H 3  R1 S [122] GND [---]
04 x---xxxxxxxxxxx---x-------x---x- 15 ----4----------- 1+2  H 3  R1 S [123] GND [---]
05 x----xxxxxxxxxx---x-------x---x- 14 -----4---------- 1+2  H 3  R1 S [124] GND [---]
06 x-----xxxxxxxxx---x-------x---x- 13 ------4--------- 1+2  H 3  R1 S [125] GND [---]
07 --------------------------------  0 -------4--------   -  - - --- - [---] GND [---]
08 x------xx---------x-------x---x-  6 --------4-------   2  H 3  R1 S [132] GND [---]
09 x------xxxxxx-----x-------x---x- 10 ---------4------ 1+2  H 3  R1 S [128] GND [---]
10 x------xx-xxx-----x-------x---x-  9 ----------4----- 1+2  H 3  R1 S [129] GND [---]
11 x------xx--xx-----x-------x---x-  8 -----------4---- 1+2  H 3  R1 S [130] GND [---]
12 x------xx---x-----x-------x---x-  7 ------------4---   3  H 3  R1 S [131] GND [---]
13 x------xxxxxxx----x-------x---x- 11 -------------4-- 1+2  H 3  R1 S [127] GND [---]
14 x------xxxxxxxx---x-------x---x- 12 --------------4- 1+2  H 3  R1 S [126] GND [---]
15 --------------------------------  0 ---------------4   -  - - --- - [---] GND [---]

========================================================================================
******************************* BLOCK 'S1Bd': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I03   [129]  S1BcM10 SinkCount[4]
I05   [130]  S1BcM11 SinkCount[3]
I07   [203]  S3BdP14 ab[2]
I09   [128]  S1BcM9  SinkCount[5]
I10   [199]  S3BdP10 ab[6]
I12   [197]  S3BdP7  ab[8]
I13   [127]  S1BcM13 SinkCount[6]
I14   [204]  S3BdP15 ab[1]
I20   [198]  S3BdP9  ab[7]
I21   [187]  S4BdP15 RAMselect
I23   [133]  S1BcM0  SinkCount[0]
I25   [201]  S3BdP12 ab[4]
I26   [131]  S1BcM12 SinkCount[2]
I27   [132]  S1BcM8  SinkCount[1]
I28   [200]  S3BdP11 ab[5]
I29   [202]  S3BdP13 ab[3]
I30   [126]  S1BcM14 SinkCount[7]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [166]  SinkA[0]
OUT   [165]  SinkA[1]
OUT   [164]  SinkA[2]
OUT   [163]  SinkA[3]
OUT   [162]  SinkA[4]
OUT   [161]  SinkA[5]
OUT   [160]  SinkA[6]
OUT   [159]  SinkA[7]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
           NONE
   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 --------------------------------  0 444-------------   -  - - --- - [---] GND [---] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
07 --------------------------------  0 ---44444--------   -  - - --- - [---] GND [---] *
08 --------------x------x-x--------  3 --------4-------   2  H - COM F [---] VCC [166] *
09 -------x-------------x-----x----  3 ---------4------   2  H - COM F [---] VCC [165] *
10 ---------------------x----x--x--  3 ----------4-----   2  H - COM F [---] VCC [164] *
11 -----x---------------x---x------  3 -----------4----   2  H - COM F [---] VCC [163] *
12 ---x-----------------x------x---  3 ------------4---   2  H - COM F [---] VCC [162] *
13 ---------xx----------x----------  3 -------------4--   2  H - COM F [---] VCC [161] *
14 -------------x------xx----------  3 --------------4-   2  H - COM F [---] VCC [160] *
15 ------------x--------x--------x-  3 ---------------4   2  H - COM F [---] VCC [159] *

========================================================================================
******************************* BLOCK 'S2Ba': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [073]  S0BdP4  SeqD[3]
I01   [053]  S3BaP4  SeqBusy
I03   [075]  S0BdP6  SeqD[1]
I09   [187]  S4BdP15 RAMselect
I10   [048]  S2BcM14 RegisterEnd[1]
I11   [030]  S2BcM4  RegisterEnSeqSink[3]
I12   [031]  S2BcM5  RegisterEnSeqSink[2]
I13   [216]  S4BdP8  Reg1A
I14   [046]  S2BcM12 RegisterEnd[3]
I15   [033]  S2BcM7  RegisterEnSeqSink[0]
I16   [032]  S2BcM6  RegisterEnSeqSink[1]
I17   [183]  S4BdP2  nOA_rst
I18   [049]  S2BcM15 RegisterEnd[0]
I22   [076]  S0BdP7  SeqD[0]
I23   [016]  S3BcM13 dboe
I24   [074]  S0BdP5  SeqD[2]
I30   [047]  S2BcM13 RegisterEnd[2]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [012]  db[3]
OUT   [013]  db[2]
OUT   [014]  db[1]
OUT   [015]  db[0]
OUT   [111]  nSeqCS
OUT   [179]  nSinkCS
INPUT [247]  sgbD[0]
INPUT [246]  sgbD[1]
INPUT [245]  sgbD[2]
NODE  [085]  _seqTRIG
INPUT [244]  sgbD[3]
NODE  [086]  _seqECR
INPUT [243]  sgbD[4]
NODE  [087]  _seqBCR
INPUT [242]  sgbD[5]
NODE  [088]  _seqCAL

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

----------------------------------------------------------------------------------------
                    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 44--------------   -  - - --- - [---] GND [---]
02 x--------x-x-xx--------x--------  6 --4-------------   3  H - COM F [---] OE0 [012] *
03 ---------x--xx---------xx-----x-  6 ---4------------   3  H - COM F [---] OE0 [013] *
04 ---x-----xx--x--x------x--------  6 ----4-----------   3  H - COM F [---] OE0 [014] *
05 ---------x---x-x--x---xx--------  6 -----4----------   3  H - COM F [---] OE0 [015] *
06 --------------------------------  0 ------1---------   1  H - COM F [---] VCC [111] *
07 --------------------------------  0 -------1--------   1  H - COM F [---] VCC [179] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [247] *
09 --------------------------------  0 ------3---------   -  - - --- - [---] GND [246] *
10 --------------------------------  0 -------3444-----   -  - - --- - [---] GND [245] *
11 -x---------------x----x---------  3 -----------1----   1  H 2  R0 S [085] GND [244] *
12 -x-x-------------x--------------  3 ------------1---   1  H 2  R0 S [086] GND [243] *
13 -x---------------x------x-------  3 -------------1--   1  H 2  R0 S [087] GND [242] *
14 xx---------------x--------------  3 --------------1-   1  H 2  R0 S [088] GND [---] *
15 --------------------------------  0 -----------33334   -  - - --- - [---] GND [---] *

========================================================================================
******************************* BLOCK 'S2Bb': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [187]  S4BdP15 RAMselect
I02   [091]  S3BaM6  _seqFER
I03   [038]  S2BcM8  RegisterEnd[11]
I04   [022]  S2BcM0  RegisterEnSeqSink[11]
I05   [086]  S2BaM12 _seqECR
I06   [174]  S1BbP4  SinkD[2]
I07   [024]  S2BcM2  RegisterEnSeqSink[9]
I08   [028]  S3BcM2  RegisterEnSeqSink[5]
I09   [173]  S1BbP7  SinkD[3]
I10   [089]  S3BaM1  _seqID
I11   [087]  S2BaM13 _seqBCR
I12   [023]  S2BcM1  RegisterEnSeqSink[10]
I13   [176]  S1BbP2  SinkD[0]
I14   [216]  S4BdP8  Reg1A
I15   [092]  S3BaM7  _seqSpare
I16   [041]  S2BcM11 RegisterEnd[8]
I17   [031]  S2BcM5  RegisterEnSeqSink[2]
I18   [085]  S2BaM11 _seqTRIG
I19   [026]  S3BcM0  RegisterEnSeqSink[7]
I20   [039]  S2BcM9  RegisterEnd[10]
I21   [029]  S3BcM3  RegisterEnSeqSink[4]
I22   [016]  S3BcM13 dboe
I23   [030]  S2BcM4  RegisterEnSeqSink[3]
I24   [040]  S2BcM10 RegisterEnd[9]
I25   [088]  S2BaM14 _seqCAL
I26   [033]  S2BcM7  RegisterEnSeqSink[0]
I27   [175]  S1BbP3  SinkD[1]
I28   [025]  S2BcM3  RegisterEnSeqSink[8]
I29   [090]  S3BaM5  _seqTT
I30   [032]  S2BcM6  RegisterEnSeqSink[1]
I31   [027]  S3BcM1  RegisterEnSeqSink[6]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [007]  db[8]
OUT   [006]  db[9]
OUT   [005]  db[10]
OUT   [004]  db[11]
OUT   [077]  seqTRIG
OUT   [079]  seqBCR
OUT   [078]  seqECR
OUT   [080]  seqCAL
OUT   [083]  seqFER
OUT   [084]  seqSpare
OUT   [082]  seqTT
OUT   [081]  seqID

----------------------------------------------------------------------------------------
                                   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 44--------------   -  - - --- - [---] GND [---]
02 x------------xx-x-----x-----x---  6 --4-------------   3  H - COM F [---] OE0 [007] *
03 x------x------x-------x-x--x----  6 ---4------------   3  H - COM F [---] OE0 [006] *
04 x-----x-----x-x-----x-x---------  6 ----4-----------   3  H - COM F [---] OE0 [005] *
05 x--xx----x----x-------x---------  6 -----4----------   3  H - COM F [---] OE0 [004] *
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
07 --------------------------------  0 ------44333-----   -  - - --- - [---] GND [---] *
08 ------------------x-------x-----  2 --------1-------   1  H - COM F [---] VCC [077] *
09 -----------x-----x--------------  2 ---------1------   1  H - COM F [---] VCC [079] *
10 -----x------------------------x-  2 ----------1-----   1  H - COM F [---] VCC [078] *
11 -----------------------x-x------  2 -----------1----   1  H - COM F [---] VCC [080] *
12 --x----------------------------x  2 ------------1---   1  H - COM F [---] VCC [083] *
13 ---------------x---x------------  2 -------------1--   1  H - COM F [---] VCC [084] *
14 --------x--------------------x--  2 --------------1-   1  H - COM F [---] VCC [082] *
15 ----------x----------x----------  2 -----------33334   1  H - COM F [---] VCC [081] *

========================================================================================
******************************* BLOCK 'S2Bc': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [006]  S2BbP3  db[9]
I02   [012]  S2BaP2  db[3]
I03   [005]  S2BbP4  db[10]
I04   [217]  S4BdP9  Reg1C
I05   [004]  S2BbP5  db[11]
I06   [216]  S4BdP8  Reg1A
I10   [188]  S4BdP1  bWriteb
I11   [014]  S2BaP4  db[1]
I12   [007]  S2BbP2  db[8]
I15   [013]  S2BaP3  db[2]
I16   [183]  S4BdP2  nOA_rst
I31   [015]  S2BaP5  db[0]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [022]  RegisterEnSeqSink[11]
NODE  [023]  RegisterEnSeqSink[10]
NODE  [024]  RegisterEnSeqSink[9]
NODE  [025]  RegisterEnSeqSink[8]
NODE  [030]  RegisterEnSeqSink[3]
NODE  [031]  RegisterEnSeqSink[2]
NODE  [032]  RegisterEnSeqSink[1]
NODE  [033]  RegisterEnSeqSink[0]
NODE  [038]  RegisterEnd[11]
NODE  [039]  RegisterEnd[10]
NODE  [040]  RegisterEnd[9]
NODE  [041]  RegisterEnd[8]
NODE  [046]  RegisterEnd[3]
NODE  [047]  RegisterEnd[2]
NODE  [048]  RegisterEnd[1]
NODE  [049]  RegisterEnd[0]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT0 = bWriteb*Reg1C ;
        CLK_PT3 = bWriteb*Reg1A ;
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PIN_CLOCK,POL=HIGH,CE=CLK_PT0) : nLEb2 ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH,CE=CLK_PT3) : nLEb2 ;

----------------------------------------------------------------------------------------
                    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 -----xx---x-----x---------------  4 1---------------   1  H 2  R0 S [022] GND [---]
01 ---x--x---x-----x---------------  4 -1--------------   1  H 2  R0 S [023] GND [---]
02 x-----x---x-----x---------------  4 --1-------------   1  H 2  R0 S [024] GND [---]
03 ------x---x-x---x---------------  4 3331------------   1  H 2  R0 S [025] GND [---]
04 --x---x---x-----x---------------  4 ----1-----------   1  H 2  R0 S [030] GND [---]
05 ------x---x----xx---------------  4 -----1----------   1  H 2  R0 S [031] GND [---]
06 ------x---xx----x---------------  4 ------1---------   1  H 2  R0 S [032] GND [---]
07 ------x---x-----x--------------x  4 ---33334333-----   1  H 2  R0 S [033] GND [---]
08 ----xx----x-----x---------------  4 --------1-------   1  H 0  R0 S [038] GND [---]
09 ---xx-----x-----x---------------  4 ---------1------   1  H 0  R0 S [039] GND [---]
10 x---x-----x-----x---------------  4 ----------1-----   1  H 0  R0 S [040] GND [---]
11 ----x-----x-x---x---------------  4 -----------1----   1  H 0  R0 S [041] GND [---]
12 --x-x-----x-----x---------------  4 ------------1---   1  H 0  R0 S [046] GND [---]
13 ----x-----x----xx---------------  4 -------------1--   1  H 0  R0 S [047] GND [---]
14 ----x-----xx----x---------------  4 --------------1-   1  H 0  R0 S [048] GND [---]
15 ----x-----x-----x--------------x  4 -----------33334   1  H 0  R0 S [049] GND [---]

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

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [028]  S3BcM2  RegisterEnSeqSink[5]
I03   [026]  S3BcM0  RegisterEnSeqSink[7]
I04   [053]  S3BaP4  SeqBusy
I05   [183]  S4BdP2  nOA_rst
I06   [052]  S5BcM1  SeqCountEnClk
I07   [113]  S4BcM9  equal_to-13
I09   [044]  S3BcM6  RegisterEnd[5]
I10   [185]  CLOCK0  SeqClk
I11   [070]  S0BdP1  SeqD[6]
I12   [072]  S0BdP3  SeqD[4]
I13   [027]  S3BcM1  RegisterEnSeqSink[6]
I14   [187]  S4BdP15 RAMselect
I16   [054]  S3BcM10 SeqCountEnReset
I17   [216]  S4BdP8  Reg1A
I18   [029]  S3BcM3  RegisterEnSeqSink[4]
I19   [016]  S3BcM13 dboe
I25   [069]  S0BdP0  SeqD[7]
I26   [045]  S3BcM9  RegisterEnd[4]
I27   [071]  S0BdP2  SeqD[5]
I28   [043]  S3BcM5  RegisterEnd[6]
I30   [076]  S0BdP7  SeqD[0]
I31   [042]  S3BcM15 RegisterEnd[7]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [051]  SeqCountStop
NODE  [089]  _seqID
OUT   [180]  XSeqTRIG
OUT   [181]  XSeqClk1
OUT   [053]  SeqBusy
NODE  [090]  _seqTT
NODE  [091]  _seqFER
NODE  [092]  _seqSpare
OUT   [011]  db[4]
OUT   [010]  db[5]
OUT   [009]  db[6]
OUT   [008]  db[7]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT3 = SeqCountEnClk ;
             R0 = /nOA_rst ;
             R1 = SeqCountEnReset ;
            OE0 = dboe ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : SeqClk ;
      BLK_CLK 3 (PT_CLOCK,POL=HIGH) : SeqCountEnClk ;

----------------------------------------------------------------------------------------
                    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 [051] GND [---]
01 ----xx------x-------------------  3 -1--------------   1  H 2  R0 S [089] GND [---]
02 ----x-------------------------x-  2 --1-------------   1  H - COM F [---] VCC [180] *
03 ----------x---------------------  1 3331------------   1  H - COM F [---] VCC [181] *
04 ------x---------x---------------  2 ----1-----------   1  H 3  R1 F [---] VCC [053] *
05 ----xx---------------------x----  3 -----1----------   1  H 2  R0 S [090] GND [---]
06 ----xx-----x--------------------  3 ------1---------   1  H 2  R0 S [091] GND [---]
07 ----xx-------------------x------  3 ---333-1--------   1  H 2  R0 S [092] GND [---] *
08 ------------x-x--xxx------x-----  6 --------4-------   3  H - COM F [---] OE0 [011] *
09 --------------------------------  0 ------3---------   -  - - --- - [---] GND [---]
10 --------------------------------  0 -------3-4------   -  - - --- - [---] GND [---]
11 x--------x----x--x-x-------x----  6 -----------4----   3  H - COM F [---] OE0 [010] *
12 -----------x-xx--x-x--------x---  6 ------------4---   3  H - COM F [---] OE0 [009] *
13 ---x----------x--x-x-----x-----x  6 -------------4--   3  H - COM F [---] OE0 [008] *
14 --------------------------------  0 ----------4-----   -  - - --- - [---] GND [---]
15 --------------------------------  0 --------------44   -  - - --- - [---] GND [---]

========================================================================================
******************************* BLOCK 'S3Bb': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [127]  S1BcM13 SinkCount[6]
I01   [129]  S1BcM10 SinkCount[4]
I02   [049]  S2BcM15 RegisterEnd[0]
I03   [066]  S0BbM11 SeqCount[2]
I04   [167]  S4BcM1  equal_to-25
I05   [065]  S0BbM10 SeqCount[3]
I07   [130]  S1BcM11 SinkCount[3]
I09   [062]  S0BbM7  SeqCount[6]
I10   [047]  S2BcM13 RegisterEnd[2]
I11   [046]  S2BcM12 RegisterEnd[3]
I13   [048]  S2BcM14 RegisterEnd[1]
I14   [132]  S1BcM8  SinkCount[1]
I15   [067]  S0BcM8  SeqCount[1]
I16   [043]  S3BcM5  RegisterEnd[6]
I17   [068]  S0BcM0  SeqCount[0]
I18   [128]  S1BcM9  SinkCount[5]
I20   [045]  S3BcM9  RegisterEnd[4]
I21   [063]  S0BbM8  SeqCount[5]
I22   [133]  S1BcM0  SinkCount[0]
I25   [131]  S1BcM12 SinkCount[2]
I27   [044]  S3BcM6  RegisterEnd[5]
I28   [064]  S0BbM9  SeqCount[4]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [112]  equal_to-6
INPUT [241]  sgbC[0]
INPUT [240]  sgbC[1]
INPUT [239]  sgbC[2]
INPUT [238]  sgbC[3]
INPUT [237]  sgbC[4]
NODE  [168]  equal_to-26
INPUT [236]  sgbC[5]
INPUT [235]  sgbC[6]
INPUT [234]  sgbC[7]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
           NONE
   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 --xx-x---xxx-x-xxx--xx-----xx--- 14 -4444-----------  14  H - COM S [112] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [241] *
03 --------------------------------  0 4---------------   -  - - --- - [---] GND [240] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [239] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
07 --------------------------------  0 -----4----4-----   -  - - --- - [---] GND [238] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [237] *
09 xxx-x--x--xx-xx-x-x-x-x--x-x---- 15 ------4444------  15  H - COM S [168] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [236] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [235] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [234] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [---]

========================================================================================
******************************* BLOCK 'S3Bc': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [011]  S3BaP8  db[4]
I01   [188]  S4BdP1  bWriteb
I05   [010]  S3BaP11 db[5]
I07   [183]  S4BdP2  nOA_rst
I11   [217]  S4BdP9  Reg1C
I12   [008]  S3BaP13 db[7]
I14   [051]  S3BaM0  SeqCountStop
I15   [009]  S3BaP12 db[6]
I16   [216]  S4BdP8  Reg1A
I18   [022]  S2BcM0  RegisterEnSeqSink[11]
I20   [189]  S4BdP0  bReadb
I27   [187]  S4BdP15 RAMselect
I31   [024]  S2BcM2  RegisterEnSeqSink[9]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [026]  RegisterEnSeqSink[7]
NODE  [027]  RegisterEnSeqSink[6]
NODE  [028]  RegisterEnSeqSink[5]
NODE  [029]  RegisterEnSeqSink[4]
NODE  [043]  RegisterEnd[6]
NODE  [044]  RegisterEnd[5]
NODE  [093]  SeqRamWrAccess
NODE  [045]  RegisterEnd[4]
NODE  [054]  SeqCountEnReset
NODE  [016]  dboe
NODE  [042]  RegisterEnd[7]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT0 = bWriteb*Reg1C ;
        CLK_PT3 = bWriteb*Reg1A ;
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PIN_CLOCK,POL=HIGH,CE=CLK_PT0) : nLEb2 ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH,CE=CLK_PT3) : nLEb2 ;

----------------------------------------------------------------------------------------
                    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----x---x---------------  4 1---------------   1  H 2  R0 S [026] GND [---]
01 -x-----x-------xx---------------  4 -1--------------   1  H 2  R0 S [027] GND [---]
02 -x---x-x--------x---------------  4 --1-------------   1  H 2  R0 S [028] GND [---]
03 xx-----x--------x---------------  4 ---1------------   1  H 2  R0 S [029] GND [---]
04 --------------------------------  0 333-------------   -  - - --- - [---] GND [---]
05 -x-----x---x---x----------------  4 -----1----------   1  H 0  R0 S [043] GND [---]
06 -x---x-x---x--------------------  4 ------1---------   1  H 0  R0 S [044] GND [---]
07 --------------------------------  0 ---3433433------   -  - - --- - [---] GND [---]
08 -x-------------------------x----  2 --------1-------   1  H - COM S [093] GND [---]
09 xx-----x---x--------------------  4 ---------1------   1  H 0  R0 S [045] GND [---]
10 -------x------x---x------------x  4 ----------4-----   2  L - COM S [054] GND [---]
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
13 -----------x----x---x------x----  4 -------------4--   2  L - COM S [016] GND [---]
14 --------------------------------  0 -----------44-43   -  - - --- - [---] GND [---]
15 -x-----x---xx-------------------  4 ---------------1   1  H 0  R0 S [042] GND [---]

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
INPUT [190]  ab[15]
INPUT [191]  ab[14]
INPUT [192]  ab[13]
INPUT [193]  ab[12]
INPUT [194]  ab[11]
INPUT [195]  ab[10]
INPUT [196]  ab[9]
INPUT [197]  ab[8]
OUT   [094]  SeqA[14]
INPUT [198]  ab[7]
INPUT [199]  ab[6]
INPUT [200]  ab[5]
INPUT [201]  ab[4]
INPUT [202]  ab[3]
INPUT [203]  ab[2]
INPUT [204]  ab[1]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
           NONE
   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 [190] *
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [191] *
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [192] *
03 --------------------------------  0 444-------------   -  - - --- - [---] GND [193] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [194] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [195] *
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [196] *
07 --------------------------------  0 ---44444344-----   -  - - --- - [---] GND [197] *
08 --------------------------------  0 --------1-------   1  H - COM F [---] VCC [094] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [198] *
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [199] *
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [200] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [201] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [202] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [203] *
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [204] *

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [187]  S4BdP15 RAMselect
I01   [170]  S1BbP12 SinkD[6]
I03   [171]  S1BbP11 SinkD[5]
I04   [172]  S1BbP8  SinkD[4]
I05   [135]  S5BcM11 SinkCountEnReset
I06   [019]  S4BbM1  RegisterEnSeqSink[14]
I08   [016]  S3BcM13 dboe
I09   [018]  S4BbM0  RegisterEnSeqSink[15]
I10   [118]  S4BaM10 SinkCountEnClk
I12   [114]  S4BaM12 SinkGoDelay[4]
I13   [216]  S4BdP8  Reg1A
I14   [183]  S4BdP2  nOA_rst
I15   [035]  S4BbM5  RegisterEnd[14]
I16   [020]  S4BbM2  RegisterEnSeqSink[13]
I17   [115]  S4BbM8  SinkGoDelay[3]
I18   [037]  S4BbM14 RegisterEnd[12]
I21   [169]  S1BbP13 SinkD[7]
I22   [206]  S4BdP14 StartSink
I23   [034]  S4BbM13 RegisterEnd[15]
I24   [021]  S4BbM15 RegisterEnSeqSink[12]
I26   [036]  S4BbM6  RegisterEnd[13]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
OUT   [000]  db[15]
OUT   [001]  db[14]
OUT   [002]  db[13]
OUT   [003]  db[12]
NODE  [118]  SinkCountEnClk
OUT   [119]  SinkBusy
NODE  [114]  SinkGoDelay[4]
NODE  [017]  SinkGoFF

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT0 = SinkCountEnClk ;
             R0 = /nOA_rst ;
             R1 = SinkCountEnReset ;
            OE0 = dboe ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PT_CLOCK,POL=HIGH) : SinkCountEnClk ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : SinkClk ;
      BLK_CLK 3 (PIN_CLOCK,POL=LOW) : SinkClk ;

----------------------------------------------------------------------------------------
                    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-------xx---x-------x-x--------  6 --4-------------   3  H - COM F [---] OE0 [000] *
03 xx----x-x----x-x----------------  6 ---4------------   3  H - COM F [---] OE0 [001] *
04 x--x----x----x--x---------x-----  6 ----4-----------   3  H - COM F [---] OE0 [002] *
05 --------------------------------  0 -4--------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 -----44-44------   -  - - --- - [---] GND [---]
07 x---x---x----x----x-----x-------  6 -------4--------   3  H - COM F [---] OE0 [003] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
10 ------------x-x-------x---------  3 ----------1-----   1  L 3  R0 S [118] GND [---]
11 -----x----x---------------------  2 -----------1----   1  H 0  R1 F [---] VCC [119] *
12 --------------x--x--------------  2 ------------1---   1  H 2  R0 S [114] GND [---] *
13 ------x-------x-----------------  2 -------------1--   1  H 2  R0 S [017] GND [---] *
14 --------------------------------  0 ----------3-----   -  - - --- - [---] GND [---]
15 --------------------------------  0 -----------33344   -  - - --- - [---] GND [---]

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [216]  S4BdP8  Reg1A
I01   [003]  S4BaP7  db[12]
I02   [001]  S4BaP3  db[14]
I05   [183]  S4BdP2  nOA_rst
I06   [217]  S4BdP9  Reg1C
I08   [188]  S4BdP1  bWriteb
I09   [116]  S4BbM9  SinkGoDelay[2]
I10   [117]  S4BbM10 SinkGoDelay[1]
I12   [017]  S4BaM13 SinkGoFF
I14   [002]  S4BaP4  db[13]
I19   [000]  S4BaP2  db[15]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [018]  RegisterEnSeqSink[15]
NODE  [019]  RegisterEnSeqSink[14]
NODE  [020]  RegisterEnSeqSink[13]
INPUT [214]  eclL1A
INPUT [213]  eclECR
INPUT [212]  eclBCR
NODE  [035]  RegisterEnd[14]
NODE  [036]  RegisterEnd[13]
INPUT [211]  eclCAL
NODE  [115]  SinkGoDelay[3]
INPUT [210]  eclID
NODE  [116]  SinkGoDelay[2]
NODE  [117]  SinkGoDelay[1]
INPUT [209]  eclTT
INPUT [208]  eclFER
NODE  [034]  RegisterEnd[15]
INPUT [207]  eclSpare
NODE  [037]  RegisterEnd[12]
NODE  [021]  RegisterEnSeqSink[12]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
        CLK_PT0 = bWriteb*Reg1C ;
        CLK_PT2 = 0
        CLK_PT3 = bWriteb*Reg1A ;
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PIN_CLOCK,POL=HIGH,CE=CLK_PT0) : nLEb2 ;
      BLK_CLK 1 (PIN_CLOCK,POL=HIGH,CEN=CLK_PT2) : SinkClk ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH,CE=CLK_PT3) : nLEb2 ;

----------------------------------------------------------------------------------------
                    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--x----------x------------  4 1---------------   1  H 2  R0 S [018] GND [---]
01 x-x--x--x-----------------------  4 -1--------------   1  H 2  R0 S [019] GND [---]
02 x----x--x-----x-----------------  4 --1-------------   1  H 2  R0 S [020] GND [214] *
03 --------------------------------  0 333-------------   -  - - --- - [---] GND [213] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [212] *
05 --x--xx-x-----------------------  4 -----1----------   1  H 0  R0 S [035] GND [---]
06 -----xx-x-----x-----------------  4 ------1---------   1  H 0  R0 S [036] GND [---]
07 --------------------------------  0 ---44334333-----   -  - - --- - [---] GND [211] *
08 -----x---x----------------------  2 --------1-------   1  H 1  R0 S [115] GND [210] *
09 -----x----x---------------------  2 ---------1------   1  H 1  R0 S [116] GND [---]
10 -----x------x-------------------  2 ----------1-----   1  H 1  R0 S [117] GND [---]
11 --------------------------------  0 -----------44333   -  - - --- - [---] GND [209] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [208] *
13 -----xx-x----------x------------  4 -------------1--   1  H 0  R0 S [034] GND [207] *
14 -x---xx-x-----------------------  4 --------------1-   1  H 0  R0 S [037] GND [---]
15 xx---x--x-----------------------  4 ---------------1   1  H 2  R0 S [021] GND [---]

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [040]  S2BcM10 RegisterEnd[9]
I01   [056]  S0BbM1  SeqCount[12]
I02   [125]  S1BcM6  SinkCount[8]
I03   [041]  S2BcM11 RegisterEnd[8]
I04   [112]  S3BbM1  equal_to-6
I05   [057]  S0BbM2  SeqCount[11]
I06   [037]  S4BbM14 RegisterEnd[12]
I07   [123]  S1BcM4  SinkCount[10]
I09   [122]  S1BcM3  SinkCount[11]
I10   [126]  S1BcM14 SinkCount[7]
I15   [060]  S0BbM15 SeqCount[8]
I19   [038]  S2BcM8  RegisterEnd[11]
I20   [058]  S0BbM3  SeqCount[10]
I21   [124]  S1BcM5  SinkCount[9]
I22   [120]  S1BcM1  SinkCount[13]
I24   [121]  S1BcM2  SinkCount[12]
I25   [039]  S2BcM9  RegisterEnd[10]
I26   [042]  S3BcM15 RegisterEnd[7]
I27   [059]  S0BbM14 SeqCount[9]
I28   [055]  S0BbM0  SeqCount[13]
I29   [036]  S4BbM6  RegisterEnd[13]
I31   [061]  S0BbM6  SeqCount[7]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [167]  equal_to-25
NODE  [113]  equal_to-13

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
           NONE
   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 x-xx--xx-xx--------x-xx-xxx--x-- 14 -4444-----------  14  H - COM S [167] GND [---]
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
03 --------------------------------  0 4---------------   -  - - --- - [---] GND [---]
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
07 --------------------------------  0 -----4----4-----   -  - - --- - [---] GND [---]
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
09 xx-xxxx--------x---xx----xxxxx-x 15 ------4444------  15  H - COM S [113] GND [---]
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [---]
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [---]

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I22   [186]  CLOCK1  SinkClk

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
INPUT [189]  bReadb
INPUT [188]  bWriteb
INPUT [183]  nOA_rst
INPUT [184]  RunMode
OUT   [152]  SinkA[14]
INPUT [216]  Reg1A
INPUT [217]  Reg1C
OUT   [182]  XSeqClk2
INPUT [205]  StartSeq
INPUT [206]  StartSink
INPUT [187]  RAMselect

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
           NONE
   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 [189] *
01 --------------------------------  0 ----------------   -  - - --- - [---] GND [188] *
02 --------------------------------  0 ----------------   -  - - --- - [---] GND [183] *
03 --------------------------------  0 444-------------   -  - - --- - [---] GND [184] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
06 --------------------------------  0 ------1---------   1  H - COM F [---] VCC [152] *
07 --------------------------------  0 ---44434443-----   -  - - --- - [---] GND [---] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [216] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [217] *
10 ----------------------x---------  1 ----------1-----   1  H - COM F [---] VCC [182] *
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [205] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [206] *
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [187] *

========================================================================================
******************************* BLOCK 'S5Ba': POWER=HIGH *******************************
========================================================================================

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I05   [213]  S4BbP3  eclECR
I07   [211]  S4BbP7  eclCAL
I10   [140]  S5BaM10 SinkFFin[3]
I11   [143]  S5BaM11 SinkFFin[0]
I12   [183]  S4BdP2  nOA_rst
I13   [142]  S5BaM13 SinkFFin[1]
I17   [214]  S4BbP2  eclL1A

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [150]  SinkFFout[1]
INPUT [260]  s7_8[3]
NODE  [148]  SinkFFout[3]
INPUT [261]  s7_8[2]
INPUT [262]  s7_8[1]
NODE  [151]  SinkFFout[0]
INPUT [263]  s7_8[0]
INPUT [218]  sgbA[7]
INPUT [219]  sgbA[6]
NODE  [140]  SinkFFin[3]
INPUT [220]  sgbA[5]
NODE  [143]  SinkFFin[0]
INPUT [221]  sgbA[4]
INPUT [222]  sgbA[3]
NODE  [142]  SinkFFin[1]
INPUT [223]  sgbA[2]
INPUT [224]  sgbA[1]
INPUT [225]  sgbA[0]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : SinkClk ;
      BLK_CLK 3 (PIN_CLOCK,POL=LOW) : SinkClk ;

----------------------------------------------------------------------------------------
                    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 ------------xx------------------  2 --1-------------   1  H 3  R0 S [150] GND [260] *
03 ----------x-x-------------------  2 ---1------------   1  H 3  R0 S [148] GND [261] *
04 --------------------------------  0 44--------------   -  - - --- - [---] GND [262] *
05 -----------xx-------------------  2 -----1----------   1  H 3  R0 S [151] GND [263] *
06 --------------------------------  0 --3-------------   -  - - --- - [---] GND [---] *
07 --------------------------------  0 ---34344443-----   -  - - --- - [---] GND [---] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [218] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [219] *
10 -------x----x-------------------  2 ----------1-----   1  H 2  R0 S [140] GND [220] *
11 ------------x----x--------------  2 -----------1----   1  H 2  R0 S [143] GND [221] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [222] *
13 -----x------x-------------------  2 -------------1--   1  H 2  R0 S [142] GND [223] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [224] *
15 --------------------------------  0 -----------34344   -  - - --- - [---] GND [225] *

========================================================================================
******************************* BLOCK 'S5Bb': POWER=LOW  *******************************
========================================================================================

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
INPUT [259]  s7_8[4]
INPUT [258]  s7_8[5]
INPUT [257]  s7_8[6]
INPUT [256]  s7_8[7]
INPUT [233]  sgbB[0]
INPUT [232]  sgbB[1]
INPUT [231]  sgbB[2]
INPUT [230]  sgbB[3]
INPUT [229]  sgbB[4]
INPUT [228]  sgbB[5]
INPUT [227]  sgbB[6]
INPUT [226]  sgbB[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 [259] *
03 --------------------------------  0 444-------------   -  - - --- - [---] GND [258] *
04 --------------------------------  0 ----------------   -  - - --- - [---] GND [257] *
05 --------------------------------  0 ----------------   -  - - --- - [---] GND [256] *
06 --------------------------------  0 ----------------   -  - - --- - [---] GND [---] *
07 --------------------------------  0 ---44444444-----   -  - - --- - [---] GND [---] *
08 --------------------------------  0 ----------------   -  - - --- - [---] GND [233] *
09 --------------------------------  0 ----------------   -  - - --- - [---] GND [232] *
10 --------------------------------  0 ----------------   -  - - --- - [---] GND [231] *
11 --------------------------------  0 ----------------   -  - - --- - [---] GND [230] *
12 --------------------------------  0 ----------------   -  - - --- - [---] GND [229] *
13 --------------------------------  0 ----------------   -  - - --- - [---] GND [228] *
14 --------------------------------  0 ----------------   -  - - --- - [---] GND [227] *
15 --------------------------------  0 -----------44444   -  - - --- - [---] GND [226] *

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

   SIGNALS CROSS REFERENCE:
ARRAY INPUTS:
Input Sig_ID Source  Signal Name
----- ------ ------  -----------
I00   [050]  S5BcM0  SeqGoFF
I01   [212]  S4BbP4  eclBCR
I02   [134]  S5BcM2  SinkCountStop
I03   [136]  S5BcM3  SinkFFin[7]
I04   [137]  S5BcM4  SinkFFin[6]
I05   [138]  S5BcM5  SinkFFin[5]
I06   [139]  S5BcM6  SinkFFin[4]
I07   [017]  S4BaM13 SinkGoFF
I10   [183]  S4BdP2  nOA_rst
I11   [207]  S4BbP13 eclSpare
I12   [209]  S4BbP11 eclTT
I14   [141]  S5BcM14 SinkFFin[2]
I18   [208]  S4BbP12 eclFER
I19   [020]  S4BbM2  RegisterEnSeqSink[13]
I22   [210]  S4BbP8  eclID
I23   [023]  S2BcM1  RegisterEnSeqSink[10]
I24   [168]  S3BbM9  equal_to-26
I26   [205]  S4BdP13 StartSeq
I27   [022]  S2BcM0  RegisterEnSeqSink[11]

SIGNAL FANOUTS:
TYPE  Sig_ID Signal Name
----  ------ -----------
NODE  [050]  SeqGoFF
NODE  [052]  SeqCountEnClk
NODE  [134]  SinkCountStop
NODE  [136]  SinkFFin[7]
NODE  [137]  SinkFFin[6]
NODE  [138]  SinkFFin[5]
NODE  [139]  SinkFFin[4]
NODE  [144]  SinkFFout[7]
NODE  [145]  SinkFFout[6]
NODE  [146]  SinkFFout[5]
NODE  [135]  SinkCountEnReset
NODE  [149]  SinkFFout[2]
NODE  [147]  SinkFFout[4]
NODE  [141]  SinkFFin[2]

----------------------------------------------------------------------------------------
                                   CONTROL SIGNALS
----------------------------------------------------------------------------------------
   CONTROL PTERMS:
             R0 = /nOA_rst ;
   BLOCK CLOCKS:
      BLK_CLK 0 (PIN_CLOCK,POL=HIGH) : SeqClk ;
      BLK_CLK 2 (PIN_CLOCK,POL=HIGH) : SinkClk ;
      BLK_CLK 3 (PIN_CLOCK,POL=LOW) : SinkClk ;

----------------------------------------------------------------------------------------
                    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 0  R0 S [050] GND [---]
01 x------x--x---------------x-----  4 -1--------------   1  L 0  R0 S [052] GND [---]
02 ----------x-------------x-------  2 --1-------------   1  H 3  R0 S [134] GND [---]
03 ----------xx--------------------  2 3331------------   1  H 2  R0 S [136] GND [---]
04 ----------x-------x-------------  2 ----1-----------   1  H 2  R0 S [137] GND [---]
05 ----------x-x-------------------  2 -----1----------   1  H 2  R0 S [138] GND [---]
06 ----------x-----------x---------  2 ------1---------   1  H 2  R0 S [139] GND [---]
07 --------------------------------  0 ---33334333-----   -  - - --- - [---] GND [---]
08 ---x------x---------------------  2 --------1-------   1  H 3  R0 S [144] GND [---]
09 ----x-----x---------------------  2 ---------1------   1  H 3  R0 S [145] GND [---]
10 -----x----x---------------------  2 ----------1-----   1  H 3  R0 S [146] GND [---]
11 --x-------x--------x-------x----  4 -----------4----   2  L - COM S [135] GND [---]
12 ----------x---x-----------------  2 ------------1---   1  H 3  R0 S [149] GND [---]
13 ------x---x---------------------  2 -------------1--   1  H 3  R0 S [147] GND [---]
14 -x--------x---------------------  2 --------------1-   1  H 2  R0 S [141] GND [---]
15 --------------------------------  0 ------------3334   -  - - --- - [---] GND [---]

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


MV384_184 SUCCEEDED FOR 183 FUNCTIONS

