pstchip.dat,2

cadence公司pcb内部培训的资料,并且附带其中的例子程序!比市面上任何一本cadence的书好!

    'A'<32>:
      PIN_NUMBER='(32)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<33>:
      PIN_NUMBER='(33)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<34>:
      PIN_NUMBER='(34)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<35>:
      PIN_NUMBER='(35)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<36>:
      PIN_NUMBER='(36)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<37>:
      PIN_NUMBER='(37)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<38>:
      PIN_NUMBER='(38)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<39>:
      PIN_NUMBER='(39)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<40>:
      PIN_NUMBER='(40)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<41>:
      PIN_NUMBER='(41)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<42>:
      PIN_NUMBER='(42)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<43>:
      PIN_NUMBER='(43)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<44>:
      PIN_NUMBER='(44)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<45>:
      PIN_NUMBER='(45)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<46>:
      PIN_NUMBER='(46)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<47>:
      PIN_NUMBER='(47)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<48>:
      PIN_NUMBER='(48)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<49>:
      PIN_NUMBER='(49)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<50>:
      PIN_NUMBER='(50)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<51>:
      PIN_NUMBER='(51)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<52>:
      PIN_NUMBER='(52)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<53>:
      PIN_NUMBER='(53)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<54>:
      PIN_NUMBER='(54)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<55>:
      PIN_NUMBER='(55)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<56>:
      PIN_NUMBER='(56)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<57>:
      PIN_NUMBER='(57)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<58>:
      PIN_NUMBER='(58)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<59>:
      PIN_NUMBER='(59)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<60>:
      PIN_NUMBER='(60)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<61>:
      PIN_NUMBER='(61)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<62>:
      PIN_NUMBER='(62)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<63>:
      PIN_NUMBER='(63)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'A'<64>:
      PIN_NUMBER='(64)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='IO';
      PART_NAME='CONN64';
      PHYS_DES_PREFIX='J';
      JEDEC_TYPE='DIN64';
      PART_NUMBER='cad123';
      DESCRIPTION='64 pin din connector';
      PARENT_PART_TYPE='CONN64_PCMOUNT';
      PARENT_PPT='CONN64';
      PARENT_PPT_PART='CONN64_PCMOUNT-BASE';
  end_body;
end_primitive;
primitive 'DG419_SOIC-BASE';
  pin
    'IN':
      PIN_NUMBER='(6)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'V+':
      PIN_NUMBER='(4)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'V-':
      PIN_NUMBER='(7)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'VL':
      PIN_NUMBER='(5)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'D':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'S1':
      PIN_NUMBER='(2)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'S2':
      PIN_NUMBER='(8)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'GND':
      PIN_NUMBER='(3)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='IC';
      PART_NAME='DG419';
      PHYS_DES_PREFIX='U';
      PART_NUMBER='ic303132';
      DESCRIPTION='ic,spdt analog swich,dg419ak,soic8';
      JEDEC_TYPE='SOIC8';
      PARENT_PART_TYPE='DG419_SOIC';
      PARENT_PPT='DG419';
      PARENT_PPT_PART='DG419_SOIC-BASE';
  end_body;
end_primitive;
primitive 'EPC1064_DIP-BASE';
  pin
    'DCLK':
      PIN_NUMBER='(2)';
      INPUT_LOAD='(-0.01,0.01)';
    'OE':
      PIN_NUMBER='(3)';
      INPUT_LOAD='(-0.01,0.01)';
    'CS*':
      PIN_NUMBER='(4)';
      INPUT_LOAD='(-0.01,0.01)';
    'DATA':
      PIN_NUMBER='(1)';
      OUTPUT_LOAD='(1.0,-1.0)';
  end_pin;
  body
      NC_PINS='(6)';
      POWER_PINS='(VCC:7,8;GND:5)';
      CLASS='IC';
      PART_NAME='EPC1064';
      PHYS_DES_PREFIX='U';
      PART_NUMBER='ic123';
      DESCRIPTION='epc1064 8 pin dip';
      JEDEC_TYPE='DIP8';
      PARENT_PART_TYPE='EPC1064_DIP';
      PARENT_PPT='EPC1064';
      PARENT_PPT_PART='EPC1064_DIP-BASE';
  end_body;
end_primitive;
primitive 'EPF8282A_PLCC-BASE';
  pin
    'BD'<0>:
      PIN_NUMBER='(25)';
      INPUT_LOAD='(-0.01,0.01)';
    'BD'<1>:
      PIN_NUMBER='(24)';
      INPUT_LOAD='(-0.01,0.01)';
    'BD'<2>:
      PIN_NUMBER='(23)';
      INPUT_LOAD='(-0.01,0.01)';
    'BD'<3>:
      PIN_NUMBER='(22)';
      INPUT_LOAD='(-0.01,0.01)';
    'BD'<4>:
      PIN_NUMBER='(21)';
      INPUT_LOAD='(-0.01,0.01)';
    'BD'<5>:
      PIN_NUMBER='(20)';
      INPUT_LOAD='(-0.01,0.01)';
    'BD'<6>:
      PIN_NUMBER='(19)';
      INPUT_LOAD='(-0.01,0.01)';
    'BD'<7>:
      PIN_NUMBER='(18)';
      INPUT_LOAD='(-0.01,0.01)';
    'DATA1':
      PIN_NUMBER='(13)';
      INPUT_LOAD='(-0.01,0.01)';
    'RESET':
      PIN_NUMBER='(15)';
      INPUT_LOAD='(-0.01,0.01)';
    'DATA2':
      PIN_NUMBER='(9)';
      INPUT_LOAD='(-0.01,0.01)';
    'DATA3':
      PIN_NUMBER='(8)';
      INPUT_LOAD='(-0.01,0.01)';
    'DATA4':
      PIN_NUMBER='(7)';
      INPUT_LOAD='(-0.01,0.01)';
    'DATA5':
      PIN_NUMBER='(6)';
      INPUT_LOAD='(-0.01,0.01)';
    'TDO':
      PIN_NUMBER='(27)';
      INPUT_LOAD='(-0.01,0.01)';
    'NCS':
      PIN_NUMBER='(29)';
      INPUT_LOAD='(-0.01,0.01)';
    'NWS':
      PIN_NUMBER='(30)';
      INPUT_LOAD='(-0.01,0.01)';
    'INPUTA':
      PIN_NUMBER='(73)';
      INPUT_LOAD='(-0.01,0.01)';
    'INPUTB':
      PIN_NUMBER='(54)';
      INPUT_LOAD='(-0.01,0.01)';
    'INPUTC':
      PIN_NUMBER='(12)';
      INPUT_LOAD='(-0.01,0.01)';
    'TDI':
      PIN_NUMBER='(55)';
      INPUT_LOAD='(-0.01,0.01)';
    'INPUT':
      PIN_NUMBER='(31)';
      INPUT_LOAD='(-0.01,0.01)';
    'NCONFIG':
      PIN_NUMBER='(33)';
      INPUT_LOAD='(-0.01,0.01)';
    'NSP':
      PIN_NUMBER='(75)';
      INPUT_LOAD='(-0.01,0.01)';
    'MSEL0':
      PIN_NUMBER='(74)';
      INPUT_LOAD='(-0.01,0.01)';
    'MSEL1':
      PIN_NUMBER='(53)';
      INPUT_LOAD='(-0.01,0.01)';
    'DATA0':
      PIN_NUMBER='(14)';
      INPUT_LOAD='(-0.01,0.01)';
    'DCLK':
      PIN_NUMBER='(10)';
      INPUT_LOAD='(-0.01,0.01)';
    'NSTATUS':
      PIN_NUMBER='(32)';
      INPUT_LOAD='(-0.01,0.01)';
    'CONF_DONE':
      PIN_NUMBER='(11)';
      INPUT_LOAD='(-0.01,0.01)';
    'I/O':
      PIN_NUMBER='(16)';
      INPUT_LOAD='(-0.01,0.01)';
    'TCK':
      PIN_NUMBER='(72)';
      INPUT_LOAD='(-0.01,0.01)';
    'NTRST':
      PIN_NUMBER='(52)';
      INPUT_LOAD='(-0.01,0.01)';
    'RD'<0>:
      PIN_NUMBER='(81)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'RD'<1>:
      PIN_NUMBER='(82)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'RD'<2>:
      PIN_NUMBER='(83)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'RD'<3>:
      PIN_NUMBER='(84)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'RD'<4>:
      PIN_NUMBER='(1)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'RD'<5>:
      PIN_NUMBER='(2)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'RD'<6>:
      PIN_NUMBER='(3)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'RD'<7>:
      PIN_NUMBER='(4)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD18':
      PIN_NUMBER='(79)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD0':
      PIN_NUMBER='(78)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'RDYNBUSY':
      PIN_NUMBER='(77)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<1>:
      PIN_NUMBER='(76)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<2>:
      PIN_NUMBER='(71)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<3>:
      PIN_NUMBER='(70)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<4>:
      PIN_NUMBER='(69)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<5>:
      PIN_NUMBER='(67)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<6>:
      PIN_NUMBER='(66)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<7>:
      PIN_NUMBER='(65)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<8>:
      PIN_NUMBER='(64)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<9>:
      PIN_NUMBER='(63)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<10>:
      PIN_NUMBER='(62)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<11>:
      PIN_NUMBER='(61)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<12>:
      PIN_NUMBER='(60)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD'<13>:
      PIN_NUMBER='(58)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD17':
      PIN_NUMBER='(51)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'CLKUSR':
      PIN_NUMBER='(50)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'RDCLK':
      PIN_NUMBER='(49)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'NRS':
      PIN_NUMBER='(48)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD15':
      PIN_NUMBER='(56)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD14':
      PIN_NUMBER='(57)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VD'<0>:
      PIN_NUMBER='(39)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VD'<1>:
      PIN_NUMBER='(40)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VD'<2>:
      PIN_NUMBER='(41)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VD'<3>:
      PIN_NUMBER='(42)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VD'<4>:
      PIN_NUMBER='(43)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VD'<5>:
      PIN_NUMBER='(44)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VD'<6>:
      PIN_NUMBER='(45)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VD'<7>:
      PIN_NUMBER='(46)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VCLKA':
      PIN_NUMBER='(34)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VCLKB':
      PIN_NUMBER='(35)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'ADD16':
      PIN_NUMBER='(36)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'VCLKC':