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<!DOCTYPE FTML SYSTEM "ftml.dtd"><FTML><HEAD><TITLE>FMF Timing for mt47h16m16 Part</TITLE><BODY><REVISION.HISTORY>version: | author: | mod date: | changes made: V1.0 D.Beatovic 07 Jul 11 Initial release V1.1 B.Colakovic 08 Aug 28 Change name condition</REVISION.HISTORY><TIMESCALE>1ns</TIMESCALE><MODEL>mt47h16m16<FMFTIME>MT47H16M16BP-3<SOURCE>Micron Technology Inc, pdf:09005aef8117c187, source:09005aef80b12a05 256MbDDR2_2.fm - Rev. F 3/05 EN</SOURCE>MT47H16M16BG-3<SOURCE>Micron Technology Inc, pdf:09005aef8117c187, source:09005aef80b12a05 256MbDDR2_2.fm - Rev. F 3/05 EN</SOURCE><COMMENT>The values listed are for VDD = +1.8V 卤0.1V</COMMENT><TIMING> (DELAY (ABSOLUTE (IOPATH CK DQ0 (0.45) (0.45) (0.45) (0.45) (0.45) (0.45)) (IOPATH CK DQ1 (0.45)) (IOPATH CK LDQS (0.4) (0.4) (0.4) (0.4) (0.4) (0.4)) )) (TIMINGCHECK (SETUP DQ0 LDQS (0.1)) (SETUP A0 CK (0.2)) (SETUP (COND cl3 (negedge LDQS)) (posedge CK) (1)) (SETUP (COND cl4 (negedge LDQS)) (posedge CK) (0.75)) (SETUP (COND cl5 (negedge LDQS)) (posedge CK) (0.6)) (HOLD DQ0 LDQS (0.175)) (HOLD A0 CK (0.275)) (HOLD (COND cl3 (posedge LDQS)) (posedge CK) (1)) (HOLD (COND cl4 (posedge LDQS)) (posedge CK) (0.75)) (HOLD (COND cl5 (posedge LDQS)) (posedge CK) (0.6)) (WIDTH (COND cl3 (posedge CK)) (2.25)) (WIDTH (COND cl3 (negedge CK)) (2.25)) (WIDTH (COND cl4 (posedge CK)) (1.7)) (WIDTH (COND cl4 (negedge CK)) (1.7)) (WIDTH (COND cl5 (posedge CK)) (1.35)) (WIDTH (COND cl5 (negedge CK)) (1.35)) (WIDTH (COND cl3 A0) (3)) (WIDTH (COND cl4 A0) (2.25)) (WIDTH (COND cl5 A0) (1.8)) (WIDTH (COND cl3 DQ0) (1.75)) (WIDTH (COND cl4 DQ0) (1.312)) (WIDTH (COND cl5 DQ0) (1.05)) (WIDTH (COND normcl3 (posedge LDQS)) (1.75)) (WIDTH (COND normcl3 (negedge LDQS)) (1.75)) (WIDTH (COND normcl4 (posedge LDQS)) (1.312)) (WIDTH (COND normcl4 (negedge LDQS)) (1.312)) (WIDTH (COND normcl5 (posedge LDQS)) (1.05)) (WIDTH (COND normcl5 (negedge LDQS)) (1.05)) (WIDTH (COND precl3 (negedge LDQS)) (1.75)) (WIDTH (COND precl4 (negedge LDQS)) (1.312)) (WIDTH (COND precl5 (negedge LDQS)) (1.05)) (WIDTH (COND postcl3 (negedge LDQS)) (2)) (WIDTH (COND postcl4 (negedge LDQS)) (1.5)) (WIDTH (COND postcl5 (negedge LDQS)) (1.2)) (PERIOD (COND cl3 CK) (5)) (PERIOD (COND cl4 CK) (3.75)) (PERIOD (COND cl5 CK) (3)) (SKEW (COND cl3 (posedge CK)) (posedge LDQS) (1.25)) (SKEW (COND cl4 (posedge CK)) (posedge LDQS) (0.937)) (SKEW (COND cl5 (posedge CK)) (posedge LDQS) (0.75)) )) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRC) (DELAY (ABSOLUTE (DEVICE(55:55:55))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRRD) (DELAY (ABSOLUTE (DEVICE(10:10:10))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRCD) (DELAY (ABSOLUTE (DEVICE(15:15:15))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TFAW) (DELAY (ABSOLUTE (DEVICE(50:50:50))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRASMIN) (DELAY (ABSOLUTE (DEVICE(40:40:40))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRASMAX) (DELAY (ABSOLUTE (DEVICE(70000:70000:70000))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRTP) (DELAY (ABSOLUTE (DEVICE(7.5:7.5:7.5))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TWR) (DELAY (ABSOLUTE (DEVICE(15:15:15))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TWTR) (DELAY (ABSOLUTE (DEVICE(7.5:7.5:7.5))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRP) (DELAY (ABSOLUTE (DEVICE(15:15:15))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRFCMIN) (DELAY (ABSOLUTE (DEVICE(75:75:75))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRFCMAX) (DELAY (ABSOLUTE (DEVICE(70000:70000:70000))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/REFPER) (DELAY (ABSOLUTE (DEVICE(64000000:64000000:64000000))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TCKAVGMAX)(DELAY (ABSOLUTE (DEVICE(8:8:8))))</TIMING></FMFTIME><FMFTIME>MT47H16M16BP-3E<SOURCE>Micron Technology Inc, pdf:09005aef8117c187, source:09005aef80b12a05 256MbDDR2_2.fm - Rev. F 3/05 EN</SOURCE>MT47H16M16BG-3E<SOURCE>Micron Technology Inc, pdf:09005aef8117c187, source:09005aef80b12a05 256MbDDR2_2.fm - Rev. F 3/05 EN</SOURCE>><COMMENT>The values listed are for VDD = +1.8V 卤0.1V</COMMENT><TIMING> (DELAY (ABSOLUTE (IOPATH CK DQ0 (0.45) (0.45) (0.45) (0.45) (0.45) (0.45)) (IOPATH CK DQ1 (0.45)) (IOPATH CK LDQS (0.4) (0.4) (0.4) (0.4) (0.4) (0.4)) )) (TIMINGCHECK (SETUP DQ0 LDQS (0.1)) (SETUP A0 CK (0.2)) (SETUP (COND cl3 (negedge LDQS)) (posedge CK) (0)) (SETUP (COND cl4 (negedge LDQS)) (posedge CK) (0.6)) (SETUP (COND cl5 (negedge LDQS)) (posedge CK) (0.6)) (HOLD DQ0 LDQS (0.175)) (HOLD A0 CK (0.275)) (HOLD (COND cl3 (posedge LDQS)) (posedge CK) (0)) (HOLD (COND cl4 (posedge LDQS)) (posedge CK) (0.6)) (HOLD (COND cl5 (posedge LDQS)) (posedge CK) (0.6)) (WIDTH (COND cl3 (posedge CK)) (0)) (WIDTH (COND cl3 (negedge CK)) (0)) (WIDTH (COND cl4 (posedge CK)) (1.35)) (WIDTH (COND cl4 (negedge CK)) (1.35)) (WIDTH (COND cl5 (posedge CK)) (1.35)) (WIDTH (COND cl5 (negedge CK)) (1.35)) (WIDTH (COND cl3 A0) (0)) (WIDTH (COND cl4 A0) (1.8)) (WIDTH (COND cl5 A0) (1.8)) (WIDTH (COND cl3 DQ0) (0)) (WIDTH (COND cl4 DQ0) (1.05)) (WIDTH (COND cl5 DQ0) (1.05)) (WIDTH (COND normcl3 (posedge LDQS)) (0)) (WIDTH (COND normcl3 (negedge LDQS)) (0)) (WIDTH (COND normcl4 (posedge LDQS)) (1.05)) (WIDTH (COND normcl4 (negedge LDQS)) (1.05)) (WIDTH (COND normcl5 (posedge LDQS)) (1.05)) (WIDTH (COND normcl5 (negedge LDQS)) (1.05)) (WIDTH (COND precl3 (negedge LDQS)) (0)) (WIDTH (COND precl4 (negedge LDQS)) (1.05)) (WIDTH (COND precl5 (negedge LDQS)) (1.05)) (WIDTH (COND postcl3 (negedge LDQS)) (0)) (WIDTH (COND postcl4 (negedge LDQS)) (1.2)) (WIDTH (COND postcl5 (negedge LDQS)) (1.2)) (PERIOD (COND cl3 CK) (0)) (PERIOD (COND cl4 CK) (3)) (PERIOD (COND cl5 CK) (3)) (SKEW (COND cl3 (posedge CK)) (posedge LDQS) (0)) (SKEW (COND cl4 (posedge CK)) (posedge LDQS) (0.75)) (SKEW (COND cl5 (posedge CK)) (posedge LDQS) (0.75)) )) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRC) (DELAY (ABSOLUTE (DEVICE(54:54:54))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRRD) (DELAY (ABSOLUTE (DEVICE(10:10:10))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRCD) (DELAY (ABSOLUTE (DEVICE(12:12:12))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TFAW) (DELAY (ABSOLUTE (DEVICE(50:50:50))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRASMIN) (DELAY (ABSOLUTE (DEVICE(40:40:40))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRASMAX) (DELAY (ABSOLUTE (DEVICE(70000:70000:70000))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRTP) (DELAY (ABSOLUTE (DEVICE(7.5:7.5:7.5))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TWR) (DELAY (ABSOLUTE (DEVICE(15:15:15))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TWTR) (DELAY (ABSOLUTE (DEVICE(7.5:7.5:7.5))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRP) (DELAY (ABSOLUTE (DEVICE(12:12:12))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRFCMIN) (DELAY (ABSOLUTE (DEVICE(75:75:75))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TRFCMAX) (DELAY (ABSOLUTE (DEVICE(70000:70000:70000))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/REFPER) (DELAY (ABSOLUTE (DEVICE(64000000:64000000:64000000))))) (CELL (CELLTYPE "VITALbuf") (INSTANCE %LABEL%/TCKAVGMAX)(DELAY (ABSOLUTE (DEVICE(8:8:8))))</TIMING></FMFTIME><FMFTIME>MT47H16M16BP-37V<SOURCE>Micron Technology Inc, pdf:09005aef8117c187, source:09005aef80b12a05 256MbDDR2_2.fm - Rev. F 3/05 EN</SOURCE>MT47H16M16BG-37V<SOURCE>Micron Technology Inc, pdf:09005aef8117c187, source:09005aef80b12a05 256MbDDR2_2.fm - Rev. F 3/05 EN</SOURCE><COMMENT>The values listed are for VDD = +1.8V 卤0.1V</COMMENT><TIMING> (DELAY (ABSOLUTE (IOPATH CK DQ0 (0.5) (0.5) (0.5) (0.5) (0.5) (0.5)) (IOPATH CK DQ1 (0.5)) (IOPATH CK LDQS (0.45) (0.45) (0.45) (0.45) (0.45) (0.45)) )) (TIMINGCHECK (SETUP DQ0 LDQS (0.1)) (SETUP A0 CK (0.25)) (SETUP (COND cl3 (negedge LDQS)) (posedge CK) (0.75)) (SETUP (COND cl4 (negedge LDQS)) (posedge CK) (0.75)) (SETUP (COND cl5 (negedge LDQS)) (posedge CK) (0)) (HOLD DQ0 LDQS (0.225)) (HOLD A0 CK (0.375)) (HOLD (COND cl3 (posedge LDQS)) (posedge CK) (0.75)) (HOLD (COND cl4 (posedge LDQS)) (posedge CK) (0.75)) (HOLD (COND cl5 (posedge LDQS)) (posedge CK) (0)) (WIDTH (COND cl3 (posedge CK)) (1.685)) (WIDTH (COND cl3 (negedge CK)) (1.685)) (WIDTH (COND cl4 (posedge CK)) (1.685)) (WIDTH (COND cl4 (negedge CK)) (1.685)) (WIDTH (COND cl5 (posedge CK)) (0)) (WIDTH (COND cl5 (negedge CK)) (0)) (WIDTH (COND cl3 A0) (2.25)) (WIDTH (COND cl4 A0) (2.25)) (WIDTH (COND cl5 A0) (0)) (WIDTH (COND cl3 DQ0) (1.312)) (WIDTH (COND cl4 DQ0) (1.312)) (WIDTH (COND cl5 DQ0) (0)) (WIDTH (COND normcl3 (posedge LDQS)) (1.312)) (WIDTH (COND normcl3 (negedge LDQS)) (1.312)) (WIDTH (COND normcl4 (posedge LDQS)) (1.312)) (WIDTH (COND normcl4 (negedge LDQS)) (1.312))⌨️ 快捷键说明
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