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Part ECAD Model Manufacturer Description Datasheet Download Buy Part
SN74F30NSR SN74F30NSR ECAD Model Texas Instruments 8-input positive-NAND gates 14-SO 0 to 70
SN74F30NSRG4 SN74F30NSRG4 ECAD Model Texas Instruments F/FAST SERIES, 8-INPUT NAND GATE, PDSO14, GREEN, PLASTIC, SOP-14
SN74LS30NSR SN74LS30NSR ECAD Model Texas Instruments 8-input positive-NAND gates 14-SO 0 to 70
CD74HC30NSRG4 CD74HC30NSRG4 ECAD Model Texas Instruments HC/UH SERIES, 8-INPUT NAND GATE, PDSO14, GREEN, PLASTIC, SOP-14
SN751730NSRG4 SN751730NSRG4 ECAD Model Texas Instruments TRIPLE LINE TRANSCEIVER, PDSO20, GREEN, PLASTIC, SOP-20
CD74HC30NSR CD74HC30NSR ECAD Model Texas Instruments High Speed CMOS Logic 8-Input NAND Gate 14-SO -55 to 125

A1405T-30nS-B datasheet (1)

Part ECAD Model Manufacturer Description Type PDF
A1405T-30nS-B A1405T-30nS-B ECAD Model RCD Components ACTIVE (DIGITAL) DELAY LINE Original PDF

A1405T-30nS-B Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
DSS300A13

Abstract: DSS300A13R DSS300A15R DSS300A1S DSS300A8 E10DS1 E10DS2 E10DS4
Text: E11PS1 110 100 1 32a 20 40a 0. 98 1 10 100 Ioli7' 'JyUSK-PltftSS. tr := 30ns 35 E11FS2 BTtVst- 220 200 1 32a 20 40a 0. 98 1 10 200 lofi7° JyfKloltfcfi, tr:= 30ns 35 E11FS3 B *M- 330 300 1 20 , 100 3 45 0. 98 3 10 100 trr< 30ns 2D EA31FS2 B 220 200 3 45 0. 98 3 10 200 trr< 30ns 1D , b a 1600 1300 300 67c 6000 1. 5 940 25c 30mA 1300 150c DSS300A13 t jSfiitt 162 DSS300A1S Ha , DSS300A8ii¥ffi14 162 E10DS1 250 100 1 31a 20 40a 1 1 50 100 Io(Ì7" 35 E10DS2 B *{ìì- 400 200 1 Sia 20


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PDF DSS300A13 DSS300A13R DSS300A1S DSS300A15R DSS300A15ii DSS300A8 DSS300A88 DSS300A8ii ffi14 E10DS1 E10DS2 E10DS4
DSS300A13

Abstract: DSS300A13R DSS300A15R DSS300A1S DSS300A8 E10DS1 E10DS2 E10DS4
Text: E11PS1 110 100 1 32a 20 40a 0. 98 1 10 100 Ioli7' 'JyUSK-PltftSS. tr := 30ns 35 E11FS2 BTtVst- 220 200 1 32a 20 40a 0. 98 1 10 200 lofi7° JyfKloltfcfi, tr:= 30ns 35 E11FS3 B *M- 330 300 1 20 , 100 3 45 0. 98 3 10 100 trr< 30ns 2D EA31FS2 B 220 200 3 45 0. 98 3 10 200 trr< 30ns 1D , b a 1600 1300 300 67c 6000 1. 5 940 25c 30mA 1300 150c DSS300A13 t jSfiitt 162 DSS300A1S Ha , DSS300A8ii¥ffi14 162 E10DS1 250 100 1 31a 20 40a 1 1 50 100 Io(Ì7" 35 E10DS2 B *{ìì- 400 200 1 Sia 20


OCR Scan
PDF DSS300A13 DSS300A13R DSS300A1S DSS300A15R DSS300A15ii DSS300A8 DSS300A88 DSS300A8ii ffi14 E10DS1 E10DS2 E10DS4
DSS300A13R

Abstract: DSS300A13 DSS300A15R DSS300A1S DSS300A8 E10DS1 E10DS2 E10DS4 ha 1303
Text: E11PS1 110 100 1 32a 20 40a 0. 98 1 10 100 Ioli7' 'JyUSK-PltftSS. tr := 30ns 35 E11FS2 BTtVst- 220 200 1 32a 20 40a 0. 98 1 10 200 lofi7° JyfKloltfcfi, tr:= 30ns 35 E11FS3 B *M- 330 300 1 20 , 100 3 45 0. 98 3 10 100 trr< 30ns 2D EA31FS2 B 220 200 3 45 0. 98 3 10 200 trr< 30ns 1D , b a 1600 1300 300 67c 6000 1. 5 940 25c 30mA 1300 150c DSS300A13 t jSfiitt 162 DSS300A1S Ha , DSS300A8ii¥ffi14 162 E10DS1 250 100 1 31a 20 40a 1 1 50 100 Io(Ì7" 35 E10DS2 B *{ìì- 400 200 1 Sia 20


OCR Scan
PDF DSS300A13 DSS300A13R DSS300A1S DSS300A15R DSS300A15ii DSS300A8 DSS300A88 DSS300A8ii ffi14 E10DS1 E10DS2 E10DS4 ha 1303
EG1a

Abstract: DSS300A13 DSS300A13R DSS300A15R DSS300A1S DSS300A8 E10DS1 E10DS2 E10DS4
Text: E11PS1 110 100 1 32a 20 40a 0. 98 1 10 100 Ioli7' 'JyUSK-PltftSS. tr := 30ns 35 E11FS2 BTtVst- 220 200 1 32a 20 40a 0. 98 1 10 200 lofi7° JyfKloltfcfi, tr:= 30ns 35 E11FS3 B *M- 330 300 1 20 , 100 3 45 0. 98 3 10 100 trr< 30ns 2D EA31FS2 b 220 200 3 45 0. 98 3 10 200 trr< 30ns 1D , b a 1600 1300 300 67c 6000 1. 5 940 25c 30mA 1300 150c DSS300A13 t jSfiitt 162 DSS300A1S ha , DSS300A8ii¥ffi14 162 E10DS1 250 100 1 31a 20 40a 1 1 50 100 Io(Ì7" 35 E10DS2 B *{ìì- 400 200 1 Sia 20


OCR Scan
PDF DSS300A13 DSS300A13R DSS300A1S DSS300A15R DSS300A15ii DSS300A8 DSS300A88 DSS300A8ii ffi14 EG1a E10DS1 E10DS2 E10DS4
DSS300A13

Abstract: EA31FS1F E10DS4 E10DS2 E10DS1 DSS300A8 DSS300A1S DSS300A15R DSS300A13R E11P
Text: E11PS1 110 100 1 32a 20 40a 0. 98 1 10 100 Ioli7' 'JyUSK-PltftSS. tr := 30ns 35 E11FS2 BTtVst- 220 200 1 32a 20 40a 0. 98 1 10 200 lofi7° JyfKloltfcfi, tr:= 30ns 35 E11FS3 B *M- 330 300 1 20 , 100 3 45 0. 98 3 10 100 trr< 30ns 2D EA31FS2 B 220 200 3 45 0. 98 3 10 200 trr< 30ns 1D , b a 1600 1300 300 67c 6000 1. 5 940 25c 30mA 1300 150c DSS300A13 t jSfiitt 162 DSS300A1S Ha , DSS300A8ii¥ffi14 162 E10DS1 250 100 1 31a 20 40a 1 1 50 100 Io(Ì7" 35 E10DS2 B *{ìì- 400 200 1 Sia 20


OCR Scan
PDF DSS300A13 DSS300A13R DSS300A1S DSS300A15R DSS300A15ii DSS300A8 DSS300A88 DSS300A8ii ffi14 EA31FS1F E10DS4 E10DS2 E10DS1 E11P
DSS300A13

Abstract: DSS300A13R DSS300A15R DSS300A1S DSS300A8 E10DS1 E10DS2 E10DS4
Text: E11PS1 110 100 1 32a 20 40a 0. 98 1 10 100 Ioli7' 'JyUSK-PltftSS. tr := 30ns 35 E11FS2 BTtVst- 220 200 1 32a 20 40a 0. 98 1 10 200 lofi7° JyfKloltfcfi, tr:= 30ns 35 E11FS3 B *M- 330 300 1 20 , 100 3 45 0. 98 3 10 100 trr< 30ns 2D EA31FS2 b 220 200 3 45 0. 98 3 10 200 trr< 30ns 1D , b a 1600 1300 300 67c 6000 1. 5 940 25c 30mA 1300 150c DSS300A13 t jSfiitt 162 DSS300A1S ha , DSS300A8ii¥ffi14 162 E10DS1 250 100 1 31a 20 40a 1 1 50 100 Io(Ì7" 35 E10DS2 B *{ìì- 400 200 1 Sia 20


OCR Scan
PDF DSS300A13 DSS300A13R DSS300A1S DSS300A15R DSS300A15ii DSS300A8 DSS300A88 DSS300A8ii ffi14 E10DS1 E10DS2 E10DS4
HYM7V64801

Abstract: No abstract text available
Text: DESCRIBED FUNCTION SDRAM Access Time from Clock tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C) 45ns 64MB - , from Clock tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns


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PDF 8Mx64 HYM7V64800/ HYM7V64801/ HYM7V64830/ HYM7V64831 54-pin 168-pin HYM7V64801
HYM7V64801

Abstract: No abstract text available
Text: 01 h 3 (A) F2h ( B ) 56h (C) BBh Undefined (A) 30ns ( B ) 30ns (C) 30ns tAC BYTE26 SDRAM Access , =3, @Cycle Time=15ns (A) 24ns ( B ) 24ns (C) 24ns tRP BYTE27 (A) 30ns ( B ) 36ns (C) 45ns tRRD BYTE28 (A) 30ns ( B ) 24ns (C) 30ns tRCD BYTE29 (A) 30ns ( B ) 36ns (C) 45ns tRAS BYTE30 , ) F3h ( B ) 57h (C)BCh Undefined (A) 30ns ( B ) 30ns (C) 30ns tAC BYTE26 SDRAM Access Time from , =3, ©Cycle Time=15ns Manufacturer Information (A) 24ns ( B ) 24ns (C) 24ns tRP BYTE27 (A) 30ns ( B


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PDF 8MX64 4Mx16 HYM7V6480Q/ HYM7V64801/HYM7V64830/ HYM7V64831 HYM7V64800/ 54-pin 168-pin 0022mF HYM7V64801
OP037

Abstract: st0006
Text: [ HYM7V64800/HYM7V64830 F-Series; 2 Banks: Continued ] FUNCTION tAC (A) 9ns ( B ) 9ns (C)10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP BYTE NUMBER BYTE24 VALUE (A) 90h ( B ) 90h (C , =3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE27 (A) 30ns ( B ) 36ns (C) 45ns tRRD BYTE28 (A) 30ns ( B ) 24ns (C) 30ns tRCD BYTE29 (A) 30ns ( B ) 36ns (C) 45ns tRAS BYTE30 , tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A


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PDF 8MX64 HYM7V64800/ HYM7V64801/ HYM7V64830/ HYM7V64831 54-pin 168-pin 0022uF OP037 st0006
HYM7V641601

Abstract: No abstract text available
Text: (C )10n s tCLK (A) 30ns ( B ) 30ns (C) 30ns BYTE25 BYTE26 SDRAM Access Time from Clock @ /CAS , ) 30ns ( B ) 36ns (C) 45ns tRRD BYTE28 (A) 30ns ( B ) 24ns (C) 30ns tRCD BYTE29 (A) 30ns ( B , OOh 01 h (A) 00h ( B ) 64h (C) C9h Undefined ; 3 (A) 30ns ( B ) 30ns (C) 30ns BYTE26 SDRAM Access , tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD BYTE27 BYTE28 (A) 30ns ( B ) 24ns (C) 30ns tRCD BYTE29 (A) 30ns ( B ) 36ns (C) 45ns tRAS BYTE30 (A) 50ns ( B ) 48ns (C) 45ns 128MB (A) Decimal 0 ( B


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PDF 16MX64 64160Q S41631 7V641600/ 16Mx4 54-pin 168-pin 0022uF HYM7V841 HYM7V641601
1998 - HYM7V641601

Abstract: HYM7V641630
Text: ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A , ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A , 128 Bytes 80h 256 Bytes SDRAM 2 Banks; 13 9 2 Banks 64 Bits LVTTL tCLK (A) 10ns ( B


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PDF 16Mx64 HYM7V641600/ HYM7V641601/ HYM7V641630/ HYM7V641631 54-pin 168-pin HYM7V641601 HYM7V641630
1998 - HYM7V64400

Abstract: HYM7V64401 byte24 HYM7V64431
Text: tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C , ) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C) 45ns , tCLK (A) 10ns ( B ) 12ns (C) 15ns tAC (A) 8ns ( B ) 9ns (C) 10ns None 15.625µs 08h 04h 0Dh


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PDF 4Mx64 4Mx16 HYM7V64400/ HYM7V64401/ HYM7V64430/ HYM7V64431 54-pin 144-pin HYM7V64400 HYM7V64401 byte24 HYM7V64431
Not Available

Abstract: No abstract text available
Text: ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tftRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C) 45ns , ) 2Dh 3 (A) 32h ( B ) 30h (C) 2Dh 10h 00h 01h 3 (A) 06h ( B ) 6Ah (C)CFh Undefined (A) 30ns ( B ) 30ns (C , Storage Locations (A) 24ns ( B ) 24ns (C) 24ns tRP BYTE27 (A) 30ns ( B ) 36ns (C) 45ns tRHD BYTE28 (A) 30ns ( B ) 24ns (C) 30ns tRCD BYTE29 (A) 30ns ( B ) 36ns (C) 45ns tRAS BYTE30


OCR Scan
PDF 16MX72 HYM7V72A1600/ HYM7V72A1601/ HYM7V72A1630/ HYM7V72A1631 HVM7V72A1600/ 72A1601/ 72A1630/ 54-pin 168-pin
1998 - hym7v64801

Abstract: No abstract text available
Text: from Clock tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns , ) 9ns ( B ) 9ns (C) 10ns tCK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS , Banks; 13 9 1 Bank 64 Bits LVTTL tCLK (A) 10ns ( B ) 12ns (C) 15ns tAC (A) 8ns ( B ) 9ns (C


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PDF 8Mx64 HYM7V64800/ HYM7V64801/ HYM7V64830/ HYM7V64831 54-pin 144-pin hym7v64801
1998 - HYM7V72A801

Abstract: HYM7V72A830
Text: tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C , ) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS , tCLK (A) 10ns ( B ) 12ns (C) 15ns tAC (A) 8ns ( B ) 9ns (C) 10ns ECC 15.625µs 08h 04h 0Dh


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PDF 8Mx72 HYM7V72A800/ HYM7V72A801/ HYM7V72A830/ HYM7V72A831 72A801/ 72A830/ 72A831 54-pin HYM7V72A801 HYM7V72A830
1998 - Not Available

Abstract: No abstract text available
Text: tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C) 45ns 64MB (A) Decimal , ) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C , Time @ /CAS Latency=3 128 Bytes 256 Bytes SDRAM 2 Banks; 13 9 1 Bank 64 Bits LVTTL tCLK (A) 10ns ( B


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PDF 8Mx64 HYM7V64800/ HYM7V64801/ HYM7V64830/ HYM7V64831 54-pin 168-pin
pAL programming Guide

Abstract: 28S42 tibpal programming 18S030 28L22 9616a Pal programming TIBPAL16XX-12M TI L293 NE PAL16R4A-2
Text: Flatpack Processing Blank = Commercial processing B = MIL-PRF-38535 (QML) IMPACT is a trademark of Texas Instruments Incorporated L 8 -10 M J B Product Nomenclature BIPOLAR MEMORIES ­ , (Max) PAL16L8AM PAL16R8AM PAL16R6AM PAL16R4AM J,FK,W J,FK,W J,FK,W J,FK,W 30nS 30nS 30nS 30nS 180mA 180mA 180mA 180mA PAL16L8A-2M PAL16R8A-2M PAL16R6A-2M PAL16R4A-2M J,FK , -30M TIBPAL16R8-30M TIBPAL16R6-30M TIBPAL16R4-30M J,FK,W J,FK,W J,FK,W J,FK,W 30nS 30nS 30nS 30nS


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PDF -200nS 180mA TIBPAL22V10AM TIBPAL22V10-20M TIBPAL22VP10-25M 200mA pAL programming Guide 28S42 tibpal programming 18S030 28L22 9616a Pal programming TIBPAL16XX-12M TI L293 NE PAL16R4A-2
HYM7V64401TRG -10

Abstract: HYM7V64401
Text: ) 30ns ( B ) 30ns (C) 30ns tAC 3 (A) 78h ( B ) 78h (C) 78h 3 (A) 60h ( B ) 60h (C) 60h 3 (A) 1Eh ( B ) 24h (C , ) F1h ( B ) 55h (C) BAh Undefined BYTE26 SDRAM Access Time from Clock © /CAS Latency=1, @Cyde Time= 30ns , (C) 24ns tRP BYTE27 (A) 30ns ( B ) 36ns (C) 45ns tRRD BYTE28 (A) 30ns ( B ) 24ns (C) 30ns tRCD BYTE29 (A) 30ns ( B ) 36ns (C) 45ns tRAS BYTE30 BYTE31 BYTE32-61 BYTE62 BYTE63 (A , ) 30ns ( B ) 30ns (C) 30ns tAC BYTE26 SDRAM Access Time from Clock @ /CAS Latency» 1, @Cycle Time= 30ns


OCR Scan
PDF 4MX64 4Mx16 HYM7V64400/ HYM7V64401/ HYM7V64430/ HYM7V64431 54-pin TSQP11 HYM7V64401TRG -10 HYM7V64401
Not Available

Abstract: No abstract text available
Text: ] FUNCTION tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD BYTE NUMBER BYTE24 FUNCTION DESCRIBED SDRAM Access Time from Clock @ , =3, @Cycle Time=12ns ©/CAS Latency=3, @Cycle Time= 15ns BYTE27 BYTE28 BYTE29 (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS BYTE30 BYTE31 BYTE32-61 BYTE62 BYTE63 (A) 50ns ( B , Undefined (A) 30ns ( B ) 30ns (C) 30ns tAC BYTE26 SDRAM Access Time from Clock @ /CAS tatency


OCR Scan
PDF 8MX72 HYM7V72A800/ HYM7V72A801/ HYM7V72A830/ HYM7V72A831 72A801/ 72A830/ 72A831 54-pin
HYM7V64801TFG1

Abstract: No abstract text available
Text: ) 32h ( B ) 30h (C) 2Dh 10h 00h 01h 3 (A) F2h ( B ) 56h (C) BBh Undefined (A) 30ns ( B ) 30ns (C) 30ns tAC , ) 30ns ( B ) 36ns (C) 45ns tRRD BYTE28 (A) 30ns ( B ) 24ns (C) 30ns tRCD BYTE29 (A) 30ns ( B , ) lEh ( B ) 24h (C) 2Dh 3 (A) 32h ( B ) 30h (C) 2Dh 10h OO h 01 h 3 (A) F3h ( B ) 57h (C) BCh - (A) 30ns ( B ) 30ns (C) 30ns tAC BYTE26 SDRAM Access Time from Clock @ /CAS Latency=1, ©Cycle Time= 30ns @ , (C) 24ns tRP BYTE27 (A) 30ns ( B ) 36ns (C) 45ns tRRD BYTE28 (A) 30ns ( B ) 24ns (C) 30ns


OCR Scan
PDF 8MX64 HYM7V64800/ HYM7V64801/ HYM7V64830/ HYM7V64831 54-pin 168-pin 0022fiF HYM7V64801TFG1
3Q28

Abstract: No abstract text available
Text: Latency=3, @Cycle Time=12ns @/CAS Latency=3, @Cycle Time=15ns BYTE27 BYTE28 (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD BYTE29 (A) 30ns ( B ) 36ns (C) 45ns tRAS BYTE30 BYTE31 BYTE32-61 BYTE62 BYTE63 (A , Undefined (A) 30ns ( B ) 30ns (C) 30ns tAC BYTE26 SDRAM Access Time from Clock @ 1CAS Latency , ) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD BYTE29 (A) 30ns ( B ) 36ns (C) 45ns


OCR Scan
PDF HYM7V84800/ HYM7V64801/ HYM7V6483Q/ HYM7V64831 HYM7V64800/ 54-pin 144-pin 0022nF 059t/-0 3Q28
1998 - BYTE18

Abstract: HYM7V72A1601 time-10ns tras 36ns
Text: tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C , ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS , tCLK (A) 10ns ( B ) 12ns (C) 15ns tAC (A) 8ns ( B ) 9ns (C) 10ns ECC 15.625µs 08h 04h 0Dh


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PDF 16Mx72 HYM7V72A1600/ HYM7V72A1601/ HYM7V72A1630/ HYM7V72A1631 72A1601/ 72A1630/ 54-pin 168-pin BYTE18 HYM7V72A1601 time-10ns tras 36ns
hym7v64801

Abstract: No abstract text available
Text: DESCRIBED FUNCTION SDRAM Access Time from Clock tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C) 45ns 32MB - , FUNCTION SDRAM Access Time from Clock tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns


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PDF 8Mx64 4Mx16 HYM7V64800/ HYM7V64801/ HYM7V64830/ HYM7V64831 54-pin 168-pin hym7v64801
HYM7V641601

Abstract: HYM7V641630
Text: ) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C) 45ns , FUNCTION SDRAM Access Time from Clock tAC (A) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C) 45ns 128MB - @ /CAS


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1998 - HYM7V641601

Abstract: No abstract text available
Text: ) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C) 45ns 64MB (A) Decimal 243 ( B , ) 9ns ( B ) 9ns (C) 10ns tCLK (A) 30ns ( B ) 30ns (C) 30ns tAC (A) 24ns ( B ) 24ns (C) 24ns tRP (A) 30ns ( B ) 36ns (C) 45ns tRRD (A) 30ns ( B ) 24ns (C) 30ns tRCD (A) 30ns ( B ) 36ns (C) 45ns tRAS (A) 50ns ( B ) 48ns (C , Bytes 256 Bytes SDRAM 2 Banks; 13 9 2 Banks 64 Bits LVTTL tCLK (A) 10ns ( B ) 12ns (C) 15ns tAC (A) 8ns ( B


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