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!

      PIN_NUMBER='(37)';
      OUTPUT_LOAD='(1.0,-1.0)';
    'GAIN':
      PIN_NUMBER='(28)';
      OUTPUT_LOAD='(1.0,-1.0)';
  end_pin;
  body
      POWER_PINS='(VCC:17,38,59,80;GND:5,26,47,68)';
      CLASS='IC';
      PART_NAME='EPF8282A';
      PHYS_DES_PREFIX='U';
      PART_NUMBER='ic234';
      DESCRIPTION='epf8282a asic';
      JEDEC_TYPE='PLCC84';
      PARENT_PART_TYPE='EPF8282A_PLCC';
      PARENT_PPT='EPF8282A';
      PARENT_PPT_PART='EPF8282A_PLCC-BASE';
  end_body;
end_primitive;
primitive 'FCT16245_SOIC-BASE';
  pin
    'A'<0>:
      PIN_NUMBER='(37,38,40,41,43,44,46,47,26,27,29,30,32,33,35,36)';
      INPUT_LOAD='(-0.01,0.01)';
    'DIR':
      PIN_NUMBER='(1,1,1,1,1,1,1,1,24,24,24,24,24,24,24,24)';
      INPUT_LOAD='(-0.01,0.01)';
    'G*':
      PIN_NUMBER='(48,48,48,48,48,48,48,48,25,25,25,25,25,25,25,25)';
      INPUT_LOAD='(-0.01,0.01)';
    'B'<0>:
      PIN_NUMBER='(12,11,9,8,6,5,3,2,23,22,20,19,17,16,14,13)';
      INPUT_LOAD='(-0.01,0.01)';
      OUTPUT_LOAD='(1.0,-1.0)';
      OUTPUT_TYPE='(TS,TS)';
      BIDIRECTIONAL='TRUE';
  end_pin;
  body
      POWER_PINS='(VCC:4,10,18,21,28,34,39,45;GND:7,15,31,42)';
      CLASS='IC';
      PART_NAME='FCT16245';
      PHYS_DES_PREFIX='U';
      PART_NUMBER='ic456';
      DESCRIPTION='74fct16245 soic48';
      JEDEC_TYPE='SOIC48';
      PARENT_PART_TYPE='FCT16245_SOIC';
      PARENT_PPT='FCT16245';
      PARENT_PPT_PART='FCT16245_SOIC-BASE';
  end_body;
end_primitive;
primitive 'INDUCTOR_TH-50UH,5%';
  pin
    'A':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'B':
      PIN_NUMBER='(2)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='DISCRETE';
      PART_NAME='INDUCTOR';
      PHYS_DES_PREFIX='L';
      PART_NUMBER='ind123';
      VALUE='50 uh';
      TOLERENCE='5%';
      DESCRIPTION='inductor 50uh 5%';
      JEDEC_TYPE='IND300';
      PARENT_PART_TYPE='INDUCTOR_TH';
      PARENT_PPT='INDUCTOR';
      PARENT_PPT_PART='INDUCTOR_TH-50UH,5%';
  end_body;
end_primitive;
primitive 'PHOTO_DIODE_TH-BASE';
  pin
    'ANODE':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'CATHODE':
      PIN_NUMBER='(2)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='DISCRETE';
      PART_NAME='PHOTO_DIODE';
      PHYS_DES_PREFIX='CR';
      PART_NUMBER='dio123';
      DESCRIPTION='photo diode';
      JEDEC_TYPE='LED';
      PARENT_PART_TYPE='PHOTO_DIODE_TH';
      PARENT_PPT='PHOTO_DIODE';
      PARENT_PPT_PART='PHOTO_DIODE_TH-BASE';
  end_body;
end_primitive;
primitive 'RES_SMDRES-1/4W,2%';
  pin
    'A':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'B':
      PIN_NUMBER='(2)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='DISCRETE';
      PART_NAME='RES';
      PHYS_DES_PREFIX='R';
      PART_NUMBER='res456';
      VALUE='1/4w';
      TOLERENCE='2%';
      DESCRIPTION='resistor 1/4w 2%';
      JEDEC_TYPE='SM_1206';
      PARENT_PART_TYPE='RES_SMDRES';
      PARENT_PPT='RES';
      PARENT_PPT_PART='RES_SMDRES-1/4W,2%';
  end_body;
end_primitive;
primitive 'RES_SMDRES-100,2%';
  pin
    'A':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'B':
      PIN_NUMBER='(2)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='DISCRETE';
      PART_NAME='RES';
      PHYS_DES_PREFIX='R';
      PART_NUMBER='res456';
      VALUE='100';
      TOLERENCE='2%';
      DESCRIPTION='resistor 100 2%';
      JEDEC_TYPE='SM_0805';
      PARENT_PART_TYPE='RES_SMDRES';
      PARENT_PPT='RES';
      PARENT_PPT_PART='RES_SMDRES-100,2%';
  end_body;
end_primitive;
primitive 'RES_SMDRES-10K,2%';
  pin
    'A':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'B':
      PIN_NUMBER='(2)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='DISCRETE';
      PART_NAME='RES';
      PHYS_DES_PREFIX='R';
      PART_NUMBER='res345';
      VALUE='10k';
      TOLERENCE='2%';
      DESCRIPTION='resistor 10k 2%';
      JEDEC_TYPE='SM_0805';
      PARENT_PART_TYPE='RES_SMDRES';
      PARENT_PPT='RES';
      PARENT_PPT_PART='RES_SMDRES-10K,2%';
  end_body;
end_primitive;
primitive 'RES_SMDRES-150,2%';
  pin
    'A':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'B':
      PIN_NUMBER='(2)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='DISCRETE';
      PART_NAME='RES';
      PHYS_DES_PREFIX='R';
      PART_NUMBER='res234';
      VALUE='150';
      TOLERENCE='2%';
      DESCRIPTION='resistor 150 2%';
      JEDEC_TYPE='SM_0805';
      PARENT_PART_TYPE='RES_SMDRES';
      PARENT_PPT='RES';
      PARENT_PPT_PART='RES_SMDRES-150,2%';
  end_body;
end_primitive;
primitive 'RES_SMDRES-2K,2%';
  pin
    'A':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'B':
      PIN_NUMBER='(2)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='DISCRETE';
      PART_NAME='RES';
      PHYS_DES_PREFIX='R';
      PART_NUMBER='res123';
      VALUE='2k';
      TOLERENCE='2%';
      DESCRIPTION='resistor 2k 2%';
      JEDEC_TYPE='SM_0805';
      PARENT_PART_TYPE='RES_SMDRES';
      PARENT_PPT='RES';
      PARENT_PPT_PART='RES_SMDRES-2K,2%';
  end_body;
end_primitive;
primitive 'TC55B4257_SOIC-BASE';
  pin
    'A0':
      PIN_NUMBER='(5)';
      INPUT_LOAD='(-0.01,0.01)';
    'A1':
      PIN_NUMBER='(4)';
      INPUT_LOAD='(-0.01,0.01)';
    'A2':
      PIN_NUMBER='(3)';
      INPUT_LOAD='(-0.01,0.01)';
    'A3':
      PIN_NUMBER='(2)';
      INPUT_LOAD='(-0.01,0.01)';
    'A4':
      PIN_NUMBER='(32)';
      INPUT_LOAD='(-0.01,0.01)';
    'A5':
      PIN_NUMBER='(31)';
      INPUT_LOAD='(-0.01,0.01)';
    'A6':
      PIN_NUMBER='(30)';
      INPUT_LOAD='(-0.01,0.01)';
    'A7':
      PIN_NUMBER='(29)';
      INPUT_LOAD='(-0.01,0.01)';
    'A8':
      PIN_NUMBER='(28)';
      INPUT_LOAD='(-0.01,0.01)';
    'A9':
      PIN_NUMBER='(22)';
      INPUT_LOAD='(-0.01,0.01)';
    'A10':
      PIN_NUMBER='(21)';
      INPUT_LOAD='(-0.01,0.01)';
    'A11':
      PIN_NUMBER='(20)';
      INPUT_LOAD='(-0.01,0.01)';
    'A12':
      PIN_NUMBER='(19)';
      INPUT_LOAD='(-0.01,0.01)';
    'A13':
      PIN_NUMBER='(18)';
      INPUT_LOAD='(-0.01,0.01)';
    'A14':
      PIN_NUMBER='(15)';
      INPUT_LOAD='(-0.01,0.01)';
    'A15':
      PIN_NUMBER='(14)';
      INPUT_LOAD='(-0.01,0.01)';
    'A16':
      PIN_NUMBER='(13)';
      INPUT_LOAD='(-0.01,0.01)';
    'A17':
      PIN_NUMBER='(12)';
      INPUT_LOAD='(-0.01,0.01)';
    'WE*':
      PIN_NUMBER='(11)';
      INPUT_LOAD='(-0.01,0.01)';
    'CE*':
      PIN_NUMBER='(6)';
      INPUT_LOAD='(-0.01,0.01)';
    'EO*':
      PIN_NUMBER='(27)';
      INPUT_LOAD='(-0.01,0.01)';
    'IO1':
      PIN_NUMBER='(1)';
      INPUT_LOAD='(-0.01,0.01)';
      OUTPUT_LOAD='(1.0,-1.0)';
      BIDIRECTIONAL='TRUE';
    'IO2':
      PIN_NUMBER='(16)';
      INPUT_LOAD='(-0.01,0.01)';
      OUTPUT_LOAD='(1.0,-1.0)';
      BIDIRECTIONAL='TRUE';
    'IO3':
      PIN_NUMBER='(17)';
      INPUT_LOAD='(-0.01,0.01)';
      OUTPUT_LOAD='(1.0,-1.0)';
      BIDIRECTIONAL='TRUE';
    'DQ1':
      PIN_NUMBER='(7)';
      INPUT_LOAD='(-0.01,0.01)';
      OUTPUT_LOAD='(1.0,-1.0)';
      BIDIRECTIONAL='TRUE';
    'DQ2':
      PIN_NUMBER='(10)';
      INPUT_LOAD='(-0.01,0.01)';
      OUTPUT_LOAD='(1.0,-1.0)';
      BIDIRECTIONAL='TRUE';
    'DQ3':
      PIN_NUMBER='(23)';
      INPUT_LOAD='(-0.01,0.01)';
      OUTPUT_LOAD='(1.0,-1.0)';
      BIDIRECTIONAL='TRUE';
    'DQ4':
      PIN_NUMBER='(26)';
      INPUT_LOAD='(-0.01,0.01)';
      OUTPUT_LOAD='(1.0,-1.0)';
      BIDIRECTIONAL='TRUE';
  end_pin;
  body
      POWER_PINS='(VCC:8,24;GND:9,25)';
      CLASS='IC';
      PART_NAME='TC55B4257';
      PHYS_DES_PREFIX='U';
      PART_NUMBER='ic111213';
      DESCRIPTION='ic, sram,256k,soic';
      JEDEC_TYPE='SOIC32';
      PARENT_PART_TYPE='TC55B4257_SOIC';
      PARENT_PPT='TC55B4257';
      PARENT_PPT_PART='TC55B4257_SOIC-BASE';
  end_body;
end_primitive;
primitive 'TLC5602_SOIC-BASE';
  pin
    'D0':
      PIN_NUMBER='(19)';
      INPUT_LOAD='(-0.01,0.01)';
    'D1':
      PIN_NUMBER='(18)';
      INPUT_LOAD='(-0.01,0.01)';
    'D2':
      PIN_NUMBER='(17)';
      INPUT_LOAD='(-0.01,0.01)';
    'D3':
      PIN_NUMBER='(16)';
      INPUT_LOAD='(-0.01,0.01)';
    'D4':
      PIN_NUMBER='(15)';
      INPUT_LOAD='(-0.01,0.01)';
    'D5':
      PIN_NUMBER='(14)';
      INPUT_LOAD='(-0.01,0.01)';
    'D6':
      PIN_NUMBER='(13)';
      INPUT_LOAD='(-0.01,0.01)';
    'D7':
      PIN_NUMBER='(12)';
      INPUT_LOAD='(-0.01,0.01)';
    'CLK':
      PIN_NUMBER='(11)';
      INPUT_LOAD='(-0.01,0.01)';
    'REF':
      PIN_NUMBER='(4)';
      INPUT_LOAD='(-0.01,0.01)';
    'COMP':
      PIN_NUMBER='(3)';
      INPUT_LOAD='(-0.01,0.01)';
    'VCC1':
      PIN_NUMBER='(2)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'VCC2':
      PIN_NUMBER='(9)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'AVCC1':
      PIN_NUMBER='(5)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'AVCC2':
      PIN_NUMBER='(8)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'GND1':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'AGND1':
      PIN_NUMBER='(10)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'NC1':
      PIN_NUMBER='(20)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'NC2':
      PIN_NUMBER='(7)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'AOUT':
      PIN_NUMBER='(6)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      CLASS='IC';
      PART_NAME='TLC5602';
      PHYS_DES_PREFIX='U';
      PART_NUMBER='ic141516';
      DESCRIPTION='ic,dac,tlc5602a,soic';
      JEDEC_TYPE='SOIC20';
      PARENT_PART_TYPE='TLC5602_SOIC';
      PARENT_PPT='TLC5602';
      PARENT_PPT_PART='TLC5602_SOIC-BASE';
  end_body;
end_primitive;
primitive 'TLE2037_CAN-BASE';
  pin
    'IN+':
      PIN_NUMBER='(3)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'IN-':
      PIN_NUMBER='(2)';
      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';
    'V-':
      PIN_NUMBER='(4)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'N1':
      PIN_NUMBER='(1)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'N2':
      PIN_NUMBER='(8)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
    'OUT':
      PIN_NUMBER='(6)';
      PIN_TYPE='ANALOG';
      NO_LOAD_CHECK='BOTH';
      NO_IO_CHECK='BOTH';
      ALLOW_CONNECT='TRUE';
  end_pin;
  body
      NC_PINS='(5)';
      CLASS='IC';
      PART_NAME='TLE2037';
      PHYS_DES_PREFIX='U';
      PART_NUMBER='ic202123';
      DESCRIPTION='ic,opamp,tle2037a,to-99';
      JEDEC_TYPE='TO-99';
      PARENT_PART_TYPE='TLE2037_CAN';
      PARENT_PPT='TLE2037';
      PARENT_PPT_PART='TLE2037_CAN-BASE';
  end_body;
end_primitive;
END.