mt46v32m8.ftm

来自「VHDL的ram和fifo model code 包含众多的厂家」· FTM 代码 · 共 430 行 · 第 1/2 页

 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRCD) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/REF) (DELAY  (ABSOLUTE ( DEVICE  (15625) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRP) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TWR) (DELAY  (ABSOLUTE ( DEVICE  (15) ) ) )
<FMFTIME>
K4H560838C-TCB0<SOURCE>Samsung Electronics Data Sheet Rev. 0.7 Jan. 31. 2002</SOURCE>
<COMMENT> The values listed are for VDD=2.3V to 2.7V, CL=50pF, Ta=0 to +70 Celsius</COMMENT>
<COMMENT> Typical values are derived</COMMENT>
<TIMING>
  (DELAY (ABSOLUTE
     (IOPATH CLK DQ0 (0) (0) (0) (0) (0) (0))
     (IOPATH CLK DQ1 (.75))
  ))
  (TIMINGCHECK
    (SETUP DQ0 CLK (1.0))
    (SETUP A0 CLK  (1.0))
    (SETUP DQS CLK (2.4))
    (SETUP DQ0 DQS (0.5))
    (SETUP DM  DQS (0.5))
    (HOLD  DQ0 CLK (1.0))
    (HOLD  A0 CLK (1.0))
    (HOLD  DQS CLK (2.4))
    (HOLD  DQ0 DQS (0.5))
    (HOLD  DM DQS (0.5))
    (SKEW  CLK CLKNeg (0.1))
    (WIDTH  (posedge DQS) (3.5))
    (WIDTH  (posedge CLK) (4.5))
    (WIDTH  (negedge CLK) (4.5))
    (PERIOD (posedge CLK) (10))
 ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRAS) (DELAY  (ABSOLUTE ( DEVICE  (45) (120000) ) ) ) )
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRC) (DELAY  (ABSOLUTE ( DEVICE  (65) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRFC) (DELAY  (ABSOLUTE ( DEVICE  (75) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRCD) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/REF) (DELAY  (ABSOLUTE ( DEVICE  (15625) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRP) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TWR) (DELAY  (ABSOLUTE ( DEVICE  (15) ) ) )
</TIMING></FMFTIME>
<FMFTIME>
K4H560838C-TCA0<SOURCE>Samsung Electronics Data Sheet Rev. 0.7 Jan. 31. 2002</SOURCE>
<COMMENT> The values listed are for VDD=2.3V to 2.7V, CL=50pF, Ta=0 to +70 Celsius</COMMENT>
<COMMENT> Typical values are derived</COMMENT>
<TIMING>
  (DELAY (ABSOLUTE
     (IOPATH CLK DQ0 (0) (0) (0) (0) (0) (0))
     (IOPATH CLK DQ1 (.80))
  ))
  (TIMINGCHECK
    (SETUP DQ0 CLK (1.1))
    (SETUP A0 CLK  (1.1))
    (SETUP DQS CLK (2.4))
    (SETUP DQ0 DQS (0.6))
    (SETUP DM  DQS (0.6))
    (HOLD  DQ0 CLK (1.1))
    (HOLD  A0 CLK (1.1))
    (HOLD  DQS CLK (2.4))
    (HOLD  DQ0 DQS (0.6))
    (HOLD  DM DQS (0.6))
    (SKEW  CLK CLKNeg (0.1))
    (WIDTH  (posedge DQS) (3.5))
    (WIDTH  (posedge CLK) (4.5))
    (WIDTH  (negedge CLK) (4.5))
    (PERIOD (posedge CLK) (10))
 ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRAS) (DELAY  (ABSOLUTE ( DEVICE  (48) (120000) ) ) ) )
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRC) (DELAY  (ABSOLUTE ( DEVICE  (70) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRFC) (DELAY  (ABSOLUTE ( DEVICE  (80) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRCD) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/REF) (DELAY  (ABSOLUTE ( DEVICE  (15625) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRP) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TWR) (DELAY  (ABSOLUTE ( DEVICE  (15) ) ) )
</TIMING></FMFTIME>
<FMFTIME>
HM5425802BTT-75A<SOURCE>Elpida  Memory Inc. Data Sheet E0086H20 (ver. 2.0)  January 23. 2002</SOURCE>
<COMMENT> The values listed are for VDD=2.3V to 2.7V, CL=50pF, Ta=0 to +70 Celsius</COMMENT>
<COMMENT> Typical values are derived</COMMENT>
<TIMING>
  (DELAY (ABSOLUTE
     (IOPATH CLK DQ0 (0) (0) (0) (0) (0) (0))
     (IOPATH CLK DQ1 (.75))
  ))
  (TIMINGCHECK
    (SETUP DQ0 CLK (0.9))
    (SETUP A0 CLK  (0.9))
    (SETUP DQS CLK (2.4))
    (SETUP DQ0 DQS (0.5))
    (SETUP DM  DQS (0.5))
    (HOLD  DQ0 CLK (0.9))
    (HOLD  A0 CLK (0.9))
    (HOLD  DQS CLK (2.4))
    (HOLD  DQ0 DQS (0.5))
    (HOLD  DM DQS (0.5))
    (SKEW  CLK CLKNeg (0.1))
    (WIDTH  (posedge DQS) (2.6))
    (WIDTH  (posedge CLK) (3.4))
    (WIDTH  (negedge CLK) (3.4))
    (PERIOD (posedge CLK) (7.5))
 ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRAS) (DELAY  (ABSOLUTE ( DEVICE  (45) (120000) ) ) ) )
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRC) (DELAY  (ABSOLUTE ( DEVICE  (65) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRFC) (DELAY  (ABSOLUTE ( DEVICE  (75) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRCD) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/REF) (DELAY  (ABSOLUTE ( DEVICE  (15625) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRP) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TWR) (DELAY  (ABSOLUTE ( DEVICE  (15) ) ) )
</TIMING></FMFTIME>
<FMFTIME>
HM5425802BTT-75B<SOURCE>Elpida  Memory Inc. Data Sheet E0086H20 (ver. 2.0)  January 23. 2002</SOURCE>
<COMMENT> The values listed are for VDD=2.3V to 2.7V, CL=50pF, Ta=0 to +70 Celsius</COMMENT>
<COMMENT> Typical values are derived</COMMENT>
<TIMING>
  (DELAY (ABSOLUTE
     (IOPATH CLK DQ0 (0) (0) (0) (0) (0) (0))
     (IOPATH CLK DQ1 (.75))
  ))
  (TIMINGCHECK
    (SETUP DQ0 CLK (0.9))
    (SETUP A0 CLK  (0.9))
    (SETUP DQS CLK (2.4))
    (SETUP DQ0 DQS (0.5))
    (SETUP DM  DQS (0.5))
    (HOLD  DQ0 CLK (0.9))
    (HOLD  A0 CLK (0.9))
    (HOLD  DQS CLK (2.4))
    (HOLD  DQ0 DQS (0.5))
    (HOLD  DM DQS (0.5))
    (SKEW  CLK CLKNeg (0.1))
    (WIDTH  (posedge DQS) (3.5))
    (WIDTH  (posedge CLK) (4.5))
    (WIDTH  (negedge CLK) (4.5))
    (PERIOD (posedge CLK) (10))
 ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRAS) (DELAY  (ABSOLUTE ( DEVICE  (45) (120000) ) ) ) )
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRC) (DELAY  (ABSOLUTE ( DEVICE  (65) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRFC) (DELAY  (ABSOLUTE ( DEVICE  (75) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRCD) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/REF) (DELAY  (ABSOLUTE ( DEVICE  (15625) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRP) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TWR) (DELAY  (ABSOLUTE ( DEVICE  (15) ) ) )
</TIMING></FMFTIME>
<FMFTIME>
HM5425801BTT-10<SOURCE>Elpida  Memory Inc. Data Sheet E0086H20 (ver. 2.0)  January 23. 2002</SOURCE>
<COMMENT> The values listed are for VDD=2.3V to 2.7V, CL=50pF, Ta=0 to +70 Celsius</COMMENT>
<COMMENT> Typical values are derived</COMMENT>
<TIMING>
  (DELAY (ABSOLUTE
     (IOPATH CLK DQ0 (0) (0) (0) (0) (0) (0))
     (IOPATH CLK DQ1 (.80))
  ))
  (TIMINGCHECK
    (SETUP DQ0 CLK (1.1))
    (SETUP A0 CLK  (1.1))
    (SETUP DQS CLK (2.4))
    (SETUP DQ0 DQS (0.6))
    (SETUP DM  DQS (0.6))
    (HOLD  DQ0 CLK (1.1))
    (HOLD  A0 CLK (1.1))
    (HOLD  DQS CLK (2.4))
    (HOLD  DQ0 DQS (0.6))
    (HOLD  DM DQS (0.6))
    (SKEW  CLK CLKNeg (0.1))
    (WIDTH  (posedge DQS) (3.5))
    (WIDTH  (posedge CLK) (4.5))
    (WIDTH  (negedge CLK) (4.5))
    (PERIOD (posedge CLK) (10))
 ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRAS) (DELAY  (ABSOLUTE ( DEVICE  (50) (120000) ) ) ) )
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRC) (DELAY  (ABSOLUTE ( DEVICE  (70) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRFC) (DELAY  (ABSOLUTE ( DEVICE  (80) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRCD) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/REF) (DELAY  (ABSOLUTE ( DEVICE  (15625) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TRP) (DELAY  (ABSOLUTE ( DEVICE  (20) ) ) ))
 (CELL (CELLTYPE "VITALbuf" )
     (INSTANCE %LABEL%/TWR) (DELAY  (ABSOLUTE ( DEVICE  (15) ) ) )
</TIMING></FMFTIME>
</BODY></FTML>