mach130.dev

Protel99-SE-软件.zip

" mach130.dev Data File: Date created [ Mon Apr 25 09:55:25 1994]"

" ===> Device Dimensions"
 84   4 "< 84 device pins> <  4 logic blocks> "

" ===> Absolute to Block/relative IO pin table"
0
0
2    0    0  "Device Pin [ 2] = Blk [A] IO Pin [ 0]"
2    0    1  "Device Pin [ 3] = Blk [A] IO Pin [ 1]"
2    0    2  "Device Pin [ 4] = Blk [A] IO Pin [ 2]"
2    0    3  "Device Pin [ 5] = Blk [A] IO Pin [ 3]"
2    0    4  "Device Pin [ 6] = Blk [A] IO Pin [ 4]"
2    0    5  "Device Pin [ 7] = Blk [A] IO Pin [ 5]"
2    0    6  "Device Pin [ 8] = Blk [A] IO Pin [ 6]"
2    0    7  "Device Pin [ 9] = Blk [A] IO Pin [ 7]"
0
2    0    8  "Device Pin [11] = Blk [A] IO Pin [ 8]"
2    0    9  "Device Pin [12] = Blk [A] IO Pin [ 9]"
2    0   10  "Device Pin [13] = Blk [A] IO Pin [10]"
2    0   11  "Device Pin [14] = Blk [A] IO Pin [11]"
2    0   12  "Device Pin [15] = Blk [A] IO Pin [12]"
2    0   13  "Device Pin [16] = Blk [A] IO Pin [13]"
2    0   14  "Device Pin [17] = Blk [A] IO Pin [14]"
2    0   15  "Device Pin [18] = Blk [A] IO Pin [15]"
0
0
0
0
2    1   15  "Device Pin [23] = Blk [B] IO Pin [15]"
2    1   14  "Device Pin [24] = Blk [B] IO Pin [14]"
2    1   13  "Device Pin [25] = Blk [B] IO Pin [13]"
2    1   12  "Device Pin [26] = Blk [B] IO Pin [12]"
2    1   11  "Device Pin [27] = Blk [B] IO Pin [11]"
2    1   10  "Device Pin [28] = Blk [B] IO Pin [10]"
2    1    9  "Device Pin [29] = Blk [B] IO Pin [ 9]"
2    1    8  "Device Pin [30] = Blk [B] IO Pin [ 8]"
0
2    1    7  "Device Pin [32] = Blk [B] IO Pin [ 7]"
2    1    6  "Device Pin [33] = Blk [B] IO Pin [ 6]"
2    1    5  "Device Pin [34] = Blk [B] IO Pin [ 5]"
2    1    4  "Device Pin [35] = Blk [B] IO Pin [ 4]"
2    1    3  "Device Pin [36] = Blk [B] IO Pin [ 3]"
2    1    2  "Device Pin [37] = Blk [B] IO Pin [ 2]"
2    1    1  "Device Pin [38] = Blk [B] IO Pin [ 1]"
2    1    0  "Device Pin [39] = Blk [B] IO Pin [ 0]"
0
0
0
0
2    2    0  "Device Pin [44] = Blk [C] IO Pin [ 0]"
2    2    1  "Device Pin [45] = Blk [C] IO Pin [ 1]"
2    2    2  "Device Pin [46] = Blk [C] IO Pin [ 2]"
2    2    3  "Device Pin [47] = Blk [C] IO Pin [ 3]"
2    2    4  "Device Pin [48] = Blk [C] IO Pin [ 4]"
2    2    5  "Device Pin [49] = Blk [C] IO Pin [ 5]"
2    2    6  "Device Pin [50] = Blk [C] IO Pin [ 6]"
2    2    7  "Device Pin [51] = Blk [C] IO Pin [ 7]"
0
2    2    8  "Device Pin [53] = Blk [C] IO Pin [ 8]"
2    2    9  "Device Pin [54] = Blk [C] IO Pin [ 9]"
2    2   10  "Device Pin [55] = Blk [C] IO Pin [10]"
2    2   11  "Device Pin [56] = Blk [C] IO Pin [11]"
2    2   12  "Device Pin [57] = Blk [C] IO Pin [12]"
2    2   13  "Device Pin [58] = Blk [C] IO Pin [13]"
2    2   14  "Device Pin [59] = Blk [C] IO Pin [14]"
2    2   15  "Device Pin [60] = Blk [C] IO Pin [15]"
0
0
0
0
2    3   15  "Device Pin [65] = Blk [D] IO Pin [15]"
2    3   14  "Device Pin [66] = Blk [D] IO Pin [14]"
2    3   13  "Device Pin [67] = Blk [D] IO Pin [13]"
2    3   12  "Device Pin [68] = Blk [D] IO Pin [12]"
2    3   11  "Device Pin [69] = Blk [D] IO Pin [11]"
2    3   10  "Device Pin [70] = Blk [D] IO Pin [10]"
2    3    9  "Device Pin [71] = Blk [D] IO Pin [ 9]"
2    3    8  "Device Pin [72] = Blk [D] IO Pin [ 8]"
0
2    3    7  "Device Pin [74] = Blk [D] IO Pin [ 7]"
2    3    6  "Device Pin [75] = Blk [D] IO Pin [ 6]"
2    3    5  "Device Pin [76] = Blk [D] IO Pin [ 5]"
2    3    4  "Device Pin [77] = Blk [D] IO Pin [ 4]"
2    3    3  "Device Pin [78] = Blk [D] IO Pin [ 3]"
2    3    2  "Device Pin [79] = Blk [D] IO Pin [ 2]"
2    3    1  "Device Pin [80] = Blk [D] IO Pin [ 1]"
2    3    0  "Device Pin [81] = Blk [D] IO Pin [ 0]"
0
0

" ===> Block/relative IO pin to Absolute pin table"

 16 "<blk A> <IO 0/devpin>...<IO 15/devpin>"
	  2  3  4  5  6  7  8  9 11 12 13 14 15 16 17 18
 16 "<blk B> <IO 0/devpin>...<IO 15/devpin>"
	 39 38 37 36 35 34 33 32 30 29 28 27 26 25 24 23
 16 "<blk C> <IO 0/devpin>...<IO 15/devpin>"
	 44 45 46 47 48 49 50 51 53 54 55 56 57 58 59 60
 16 "<blk D> <IO 0/devpin>...<IO 15/devpin>"
	 81 80 79 78 77 76 75 74 72 71 70 69 68 67 66 65

" ===> Dimensions for READ_MACH_DEVICE()"
 84  23  16  16 "< 84 device pins> <MACH435 fdbk type> <  1 size of PIN_OMX> < 16 nodes per block> "
 16  16" <OMX_info types> "
  4   1   1 "<  4 logic blocks> <sig_mux types> <mux_sig types> "
 1 " ==> Only 1 set/type of constraint data"
 2 " ==> Max OE PT cnt before intrablk partitioning required"
  4 "<OE-to-mcell types> "
  8    0  1  2  3  4  5  6  7
  8    0  1  2  3  4  5  6  7
  8    8  9 10 11 12 13 14 15
  8    8  9 10 11 12 13 14 15
 16 "<mcell-to-OE types> "
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    2  3
  2    2  3
  2    2  3
  2    2  3
  2    2  3
  2    2  3
  2    2  3
  2    2  3
  4 "<OE-to-pin types> "
  8    0  1  2  3  4  5  6  7
  8    0  1  2  3  4  5  6  7
  8    8  9 10 11 12 13 14 15
  8    8  9 10 11 12 13 14 15
 16 "<pin-to-OE types> "
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    0  1
  2    2  3
  2    2  3
  2    2  3
  2    2  3
  2    2  3
  2    2  3
  2    2  3
  2    2  3
-200

" ===> Pin Connection Information "

  1     "Pin   0 = GND "
  2     "Pin   1 = Vcc "
  3   0   1   0 "Pin   2 <OMX index> <num OE PTs> <IMX index>"
  3   1   1   1 "Pin   3 <OMX index> <num OE PTs> <IMX index>"
  3   2   1   2 "Pin   4 <OMX index> <num OE PTs> <IMX index>"
  3   3   1   3 "Pin   5 <OMX index> <num OE PTs> <IMX index>"
  3   4   1   4 "Pin   6 <OMX index> <num OE PTs> <IMX index>"
  3   5   1   5 "Pin   7 <OMX index> <num OE PTs> <IMX index>"
  3   6   1   6 "Pin   8 <OMX index> <num OE PTs> <IMX index>"
  3   7   1   7 "Pin   9 <OMX index> <num OE PTs> <IMX index>"
  1     "Pin  10 = GND "
  3   8   1   8 "Pin  11 <OMX index> <num OE PTs> <IMX index>"
  3   9   1   9 "Pin  12 <OMX index> <num OE PTs> <IMX index>"
  3  10   1  10 "Pin  13 <OMX index> <num OE PTs> <IMX index>"
  3  11   1  11 "Pin  14 <OMX index> <num OE PTs> <IMX index>"
  3  12   1  12 "Pin  15 <OMX index> <num OE PTs> <IMX index>"
  3  13   1  13 "Pin  16 <OMX index> <num OE PTs> <IMX index>"
  3  14   1  14 "Pin  17 <OMX index> <num OE PTs> <IMX index>"
  3  15   1  15 "Pin  18 <OMX index> <num OE PTs> <IMX index>"
  8 128 "Pin  19 = Clk/Inp "
  2     "Pin  20 = Vcc "
  1     "Pin  21 = GND "
  8 129 "Pin  22 = Clk/Inp "
  3  15   1  15 "Pin  23 <OMX index> <num OE PTs> <IMX index>"
  3  14   1  14 "Pin  24 <OMX index> <num OE PTs> <IMX index>"
  3  13   1  13 "Pin  25 <OMX index> <num OE PTs> <IMX index>"
  3  12   1  12 "Pin  26 <OMX index> <num OE PTs> <IMX index>"
  3  11   1  11 "Pin  27 <OMX index> <num OE PTs> <IMX index>"
  3  10   1  10 "Pin  28 <OMX index> <num OE PTs> <IMX index>"
  3   9   1   9 "Pin  29 <OMX index> <num OE PTs> <IMX index>"
  3   8   1   8 "Pin  30 <OMX index> <num OE PTs> <IMX index>"
  1     "Pin  31 = GND "
  3   7   1   7 "Pin  32 <OMX index> <num OE PTs> <IMX index>"
  3   6   1   6 "Pin  33 <OMX index> <num OE PTs> <IMX index>"
  3   5   1   5 "Pin  34 <OMX index> <num OE PTs> <IMX index>"
  3   4   1   4 "Pin  35 <OMX index> <num OE PTs> <IMX index>"
  3   3   1   3 "Pin  36 <OMX index> <num OE PTs> <IMX index>"
  3   2   1   2 "Pin  37 <OMX index> <num OE PTs> <IMX index>"
  3   1   1   1 "Pin  38 <OMX index> <num OE PTs> <IMX index>"
  3   0   1   0 "Pin  39 <OMX index> <num OE PTs> <IMX index>"
  7 130 "Pin  40 = INPUT only "
  2     "Pin  41 = Vcc "
  1     "Pin  42 = GND "
  2     "Pin  43 = Vcc "
  3   0   1   0 "Pin  44 <OMX index> <num OE PTs> <IMX index>"
  3   1   1   1 "Pin  45 <OMX index> <num OE PTs> <IMX index>"
  3   2   1   2 "Pin  46 <OMX index> <num OE PTs> <IMX index>"
  3   3   1   3 "Pin  47 <OMX index> <num OE PTs> <IMX index>"
  3   4   1   4 "Pin  48 <OMX index> <num OE PTs> <IMX index>"
  3   5   1   5 "Pin  49 <OMX index> <num OE PTs> <IMX index>"
  3   6   1   6 "Pin  50 <OMX index> <num OE PTs> <IMX index>"
  3   7   1   7 "Pin  51 <OMX index> <num OE PTs> <IMX index>"
  1     "Pin  52 = GND "
  3   8   1   8 "Pin  53 <OMX index> <num OE PTs> <IMX index>"
  3   9   1   9 "Pin  54 <OMX index> <num OE PTs> <IMX index>"
  3  10   1  10 "Pin  55 <OMX index> <num OE PTs> <IMX index>"
  3  11   1  11 "Pin  56 <OMX index> <num OE PTs> <IMX index>"
  3  12   1  12 "Pin  57 <OMX index> <num OE PTs> <IMX index>"
  3  13   1  13 "Pin  58 <OMX index> <num OE PTs> <IMX index>"
  3  14   1  14 "Pin  59 <OMX index> <num OE PTs> <IMX index>"
  3  15   1  15 "Pin  60 <OMX index> <num OE PTs> <IMX index>"
  8 131 "Pin  61 = Clk/Inp "
  2     "Pin  62 = Vcc "
  1     "Pin  63 = GND "
  8 132 "Pin  64 = Clk/Inp "
  3  15   1  15 "Pin  65 <OMX index> <num OE PTs> <IMX index>"
  3  14   1  14 "Pin  66 <OMX index> <num OE PTs> <IMX index>"
  3  13   1  13 "Pin  67 <OMX index> <num OE PTs> <IMX index>"
  3  12   1  12 "Pin  68 <OMX index> <num OE PTs> <IMX index>"
  3  11   1  11 "Pin  69 <OMX index> <num OE PTs> <IMX index>"
  3  10   1  10 "Pin  70 <OMX index> <num OE PTs> <IMX index>"
  3   9   1   9 "Pin  71 <OMX index> <num OE PTs> <IMX index>"
  3   8   1   8 "Pin  72 <OMX index> <num OE PTs> <IMX index>"
  1     "Pin  73 = GND "
  3   7   1   7 "Pin  74 <OMX index> <num OE PTs> <IMX index>"
  3   6   1   6 "Pin  75 <OMX index> <num OE PTs> <IMX index>"
  3   5   1   5 "Pin  76 <OMX index> <num OE PTs> <IMX index>"
  3   4   1   4 "Pin  77 <OMX index> <num OE PTs> <IMX index>"
  3   3   1   3 "Pin  78 <OMX index> <num OE PTs> <IMX index>"
  3   2   1   2 "Pin  79 <OMX index> <num OE PTs> <IMX index>"
  3   1   1   1 "Pin  80 <OMX index> <num OE PTs> <IMX index>"
  3   0   1   0 "Pin  81 <OMX index> <num OE PTs> <IMX index>"
  8 133 "Pin  82 = Clk/Inp "
  2     "Pin  83 = Vcc "

" ===> PIN_OMX data: which nodes go to an IO pin"
	"Pin  [ 0]"  1   0
	"Pin  [ 1]"  1   1
	"Pin  [ 2]"  1   2
	"Pin  [ 3]"  1   3
	"Pin  [ 4]"  1   4
	"Pin  [ 5]"  1   5
	"Pin  [ 6]"  1   6
	"Pin  [ 7]"  1   7
	"Pin  [ 8]"  1   8
	"Pin  [ 9]"  1   9
	"Pin  [10]"  1  10
	"Pin  [11]"  1  11
	"Pin  [12]"  1  12
	"Pin  [13]"  1  13
	"Pin  [14]"  1  14
	"Pin  [15]"  1  15

" ===> NODE_OMX data: which pins a node can go to"
	"Node [ 0]"  1   0
	"Node [ 1]"  1   1
	"Node [ 2]"  1   2
	"Node [ 3]"  1   3
	"Node [ 4]"  1   4
	"Node [ 5]"  1   5
	"Node [ 6]"  1   6
	"Node [ 7]"  1   7
	"Node [ 8]"  1   8
	"Node [ 9]"  1   9
	"Node [10]"  1  10
	"Node [11]"  1  11
	"Node [12]"  1  12
	"Node [13]"  1  13
	"Node [14]"  1  14
	"Node [15]"  1  15

" ===> SIG-MUX data type [ 0]"

134 " ===> 134 signals followed by # of muxes signal goes to"
  3 0   2  17  23  "Signal [  0]"
  3 0   0   8  16  "Signal [  1]"
  3 0   3  10  24  "Signal [  2]"
  3 0   1   9  17  "Signal [  3]"
  3 0   4  11  25  "Signal [  4]"
  3 0   2  10  18  "Signal [  5]"
  3 0   5  12  18  "Signal [  6]"
  3 0   3  11  19  "Signal [  7]"
  3 0   6  13  19  "Signal [  8]"
  3 0   4  12  20  "Signal [  9]"
  3 0   7  14  20  "Signal [ 10]"
  3 0   5  13  21  "Signal [ 11]"
  3 0   8  15  21  "Signal [ 12]"
  3 0   6  14  22  "Signal [ 13]"
  3 0   9  16  22  "Signal [ 14]"
  3 0   7  15  23  "Signal [ 15]"
  3 0   6  21  22  "Signal [ 16]"
  3 0   0  15  18  "Signal [ 17]"
  3 0   7  14  23  "Signal [ 18]"
  3 0   1   8  19  "Signal [ 19]"
  3 0   8  15  24  "Signal [ 20]"
  3 0   2   9  20  "Signal [ 21]"
  3 0   9  16  25  "Signal [ 22]"
  3 0   3  10  21  "Signal [ 23]"
  3 0   0  10  17  "Signal [ 24]"
  3 0   4  11  22  "Signal [ 25]"
  3 0   1  11  18  "Signal [ 26]"