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TSXPC603RVGB/Q6LC Microchip Technology Inc RISC Microprocessor, 32-Bit, 166MHz, CMOS, CBGA255
TSPC603PVG6LE Microchip Technology Inc RISC Microprocessor, 32-Bit, 166MHz, CMOS, CBGA255
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GC80503CSM166MHZ Intel Corporation ComS.I.T. 9 - -

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166MHZ Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2002 - TQFP 100 PACKAGE footprint

Abstract: TQFP 144 PACKAGE footprint TQFP 100 footprint TQFP 80 PACKAGE footprint 16Kx72 TQFP 256 PACKAGE footprint 100-BGA bga 100 PACKAGE footprint 72V7250
Text: voltage · 166MHz high speed operation · Densities up to 4 Mbit · 9-,18-,36-,72-bit configurations · BGA , 32Kx72 64Kx72 Width Density Max (# bits) Device Supply Speed Package 8K 72V223 3.3V 166MHz 100-BGA, 80-TQFP 16K 72V233 3.3V 166MHz 100-BGA, 80-TQFP 32K 72V243 3.3V 166MHz 100-BGA, 80-TQFP 64K 72V253 3.3V 166MHz 100-BGA, 80-TQFP 128K 72V263 3.3V 166MHz 100-BGA, 80-TQFP 256K 72V273 3.3V 166MHz 100-BGA, 80-TQFP 512K 72V283 3.3V 166MHz 100-BGA, 80-TQFP 1M 72V293 3.3V 166MHz 100-BGA, 80-TQFP 2M 72V2103


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PDF 166MHz 72-bit TQFP 100 PACKAGE footprint TQFP 144 PACKAGE footprint TQFP 100 footprint TQFP 80 PACKAGE footprint 16Kx72 TQFP 256 PACKAGE footprint 100-BGA bga 100 PACKAGE footprint 72V7250
GDDR

Abstract: K4J52324Q K4D55323QF K4D263238G K4D55323QF-GC K4N56163QF-GC K4J55323QF-GC K4D553235F-GC K4D263238G-GC K4D263238
Text: ) DLL-Off Freq(max) DLL-Off Mode tDV 166Mhz 100MHz T1 T2 T1 T2 300MHz 166MHz 5.0ns 8.6ns 5.0ns 6.4ns K4J55323QG-BC 300MHz 166MHz 5.4ns 9.0ns 5.4ns 7.0ns GDDR3 K4J55323QF-GC 300MHz 166MHz 6.5ns 9.8ns 6.5ns 7.8ns gDDR2 K4N56163QF-GC 100MHz 166MHz 5.4ns 8.6ns 5.4ns 6.6ns GDDR K4D55323QF-GC 166MHz 166MHz 6.5ns 9.6ns 6.5ns 7.6ns GDDR 128M K4J52324QC-BC GDDR3 256M GDDR3


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PDF 800Mbps K4D26323QG-GC 100MHz 166MHz K4D263238G-GC 128Mb 166Mhz) GDDR K4J52324Q K4D55323QF K4D263238G K4D55323QF-GC K4N56163QF-GC K4J55323QF-GC K4D553235F-GC K4D263238G-GC K4D263238
H9ccnnn

Abstract: H9CKNNNB H5MS2G22MFR-J3M H5MS1G22AFRE3M H5MS2G62 H5MS1G22AFR-E3M H5MS2G62AFR-J3M H9TKNNN1GDAPLR-NDM DDR333 H9TKNNN2GDMP-LRNDM
Text: 64M x 16 166MHz H55S2G62MFP-60M FBGA(54ball) 4Bank, 1.8V/ 1.8V Now 133MHz H55S2G62MFP-75M FBGA(54ball) 4Bank, 1.8V/ 1.8V Now 166MHz H55S2G22MFP-60M FBGA(90ball , x 32 166MHz H55S2G32MFP-60M FBGA(90ball) 4Bank, 1.8V/ 1.8V Now (reduced page size) 133MHz H55S2G32MFP-75M FBGA(90ball) 4Bank, 1.8V/ 1.8V Now 64M x 16 166MHz , ) 4Bank, 1.8V/ 1.8V Now 166MHz H55S1G62AFR-60M FBGA(54ball) 4Bank, 1.8V/ 1.8V Now


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PDF 166MHz H55S2G62MFP-60M 54ball) 133MHz H55S2G62MFP-75M H55S2G22MFP-60M 90ball) H9ccnnn H9CKNNNB H5MS2G22MFR-J3M H5MS1G22AFRE3M H5MS2G62 H5MS1G22AFR-E3M H5MS2G62AFR-J3M H9TKNNN1GDAPLR-NDM DDR333 H9TKNNN2GDMP-LRNDM
UM62256EM-70LL

Abstract: UM611024 UM62256EM KM416S1020BTG10 um62256e AS4C256K16FO-60JC M27c4000 KM416S1020BT-G10 HM62256 sram ks0723
Text: Volts SRAM 128Kx16, 2.5~3.6Volts SRAM 256Kx16, 2.5~3.6V SDRAM 256Kx16 SDRAM 1Mx16, 166Mhz FLASH , DRAM EDO 1Mx16, 3.3V, 1K refresh SDRAM 1Mx16, 166Mhz SRAM High Speed 128Kx8 SRAM Low Power 32Kx8 , SDRAM 256Kx16 SDRAM 1Mx16, 166Mhz SGRAM (256Kx32)x2, 166Mhz DRAM EDO 64Kx16, 40ras, dual we DRAM EDO 64Kx16, 40ras, dual we DRAM EDO 256Kx16 SDRAM 1Mx16, 166Mhz SDRAM 256Kx16 DRAM EDO 1Mx16, 1K Refresh , ~3.6Volts SRAM 128Kx8, 2.5~3.6 Volts SRAM 256Kx18 SRAM 128Kx36 LV TTL DBA SDRAM 1Mx16, 166Mhz DRAM EDO


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PDF PD4218165 PD424260 PD431000A PD43256B PD43256B-B PD43256BGU-70LL PD43256BGW-70 PD441000L-B PD442000L-B UM62256EM-70LL UM611024 UM62256EM KM416S1020BTG10 um62256e AS4C256K16FO-60JC M27c4000 KM416S1020BT-G10 HM62256 sram ks0723
90-FBGA

Abstract: M13S2561616A-5TG M12L64164A-7T M13S2561616A -5T M11B416256A-25JP diode 6BG 90FBGA M12L16161A M12L128168A-6TG TSOPII
Text: 86L-TSOPII 166MHz 86L-TSOPII 200MHz 86L-TSOPII 143MHz 54L-TSOPII 166MHz 54L-TSOPII 143MHz 54L-TSOPII 166MHz 54L-TSOPII 166MHz 90-FBGA 143MHz 86L-TSOPII 166MHz 86L-TSOPII 143MHz 90-FBGA 166MHz 90-FBGA M12S16161A-7TG M12S16161A-7BG M12L16161A , SDRAM 2.5V SDRAM 2.5V SDRAM 2.5V SDRAM 3.3V SDRAM 3.3V 4K 166MHz Now Now Now Now , 166MHz 100-LQFP Now Now 200MHz 100-LQFP 166MHz 66L-TSOPII 200MHz 66L


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PDF 256Kb 40/44L-TSOPII M11B416256A-25JP M11B416256A-35TG M11L416256SA-35JP M11L416256SA-35TG 40L-SOJ 44-40L-TSOPII 128Mb 90-FBGA M13S2561616A-5TG M12L64164A-7T M13S2561616A -5T M11B416256A-25JP diode 6BG 90FBGA M12L16161A M12L128168A-6TG TSOPII
2001 - multi-queue

Abstract: No abstract text available
Text: 3.3V 3.3V 3.3V 3.3V 3.3V 3.3V Max. Speed 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz Package 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256


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PDF 200MHz domai51433 72T51356 72T51353 72T51346 72T51343 72T51336 72T51333 72T51256 72T51253 multi-queue
oneDRAM

Abstract: 133MHz 640M 111MHz KJXX
Text: 31 : 133MHz/100MHz 33 : 133MHz/133MHz 41 : 166MHz /100MHz 43 : 166MHz /133MHz 2 : SDR/DDR 4 , /111MHz 14 : 100MHz/ 166MHz 22 : 111MHz/111MHz 24 : 111MHz/ 166MHz 32 : 133MHz/111MHz 34 : 133MHz/ 166MHz 42 : 166MHz /111MHz 44 : 166MHz / 166MHz 9. Interface, VDD, VDDQ P : LVTTL, 1.8V, 1.8V 10


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PDF AG01000 8K/64ms x16/x16 x32/x16 x16/x32 x32/x32 100MHz/100 oneDRAM 133MHz 640M 111MHz KJXX
samsung gddr5

Abstract: k4w2g1646 GDDR5 K4J52324K K4J52324KI K4W1G1646D-EC GDDR5 application note samsung gddr5 samsung SAMSUNG GDDR3 K4N1G164QQ-HC
Text: fact causes concern among the customers who need to run graphic DRAM at low frequency such as 166MHz. , frequency to low frequency even below 166MHz depending on the application programs for efficient power , Generation DLL-On (min) DLL-Off (max) 100MHz 166Mhz T1 2Gb SDDR3 T2 T1 T2 T1 , 300MHz 4.2ns 8.7ns 4.2ns 6.9ns CL-1 K4W1G1646D-EC 300MHz 166MHz 3.8ns 8.2ns , -1 K4N1G164QQ-HC 100MHz 166MHz 5.4ns 10ns 5.4ns 8.0ns CL-1 K4N1G164QE-HC 100MHZ


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PDF 166MHz. 200MHz 300MHz K4J52324QE-BC 220MHz 252MHz K4J52324KI-HC 350MHz K4J52324QH-HC K4W2G1646B-HC samsung gddr5 k4w2g1646 GDDR5 K4J52324K K4J52324KI K4W1G1646D-EC GDDR5 application note samsung gddr5 samsung SAMSUNG GDDR3 K4N1G164QQ-HC
k4w2g1646

Abstract: GDDR K4J52324Q K4W1G1646E K4W1G1646D-EC K4J55323 k4n51163qe-zc k4j10324qd-hc 54NS A/SAMSUNG GDDR3
Text: ) DLL-Off (max) 100MHz 166Mhz T1 2Gb T2 T1 T2 T1 Basis(tCK) K4W2G1646B-HC , 200MHz 300MHz 4.2ns 8.7ns 4.2ns 6.9ns CL-1 K4W1G1646D-EC 300MHz 166MHz , 5.4ns CL-1 K4N1G164QQ-HC 100MHz 166MHz 5.4ns 10ns 5.4ns 8.0ns CL-1 K4N1G164QE-HC 100MHZ 166MHz 7.6ns 13ns 5.8ns 9.0ns CL-1 K4J52324QH-HC 200MHz , 4.6ns 6.3ns CL-1 K4N51163QG-HC 100MHz 166MHz 4.0ns 8.6ns 4.0ns 6.6ns CL


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PDF 800Mbps K4N51163QE-ZC 100MHz 166MHz K4J55323QI-BC 200MHz 252MHz K4N56163QG-GC k4w2g1646 GDDR K4J52324Q K4W1G1646E K4W1G1646D-EC K4J55323 k4n51163qe-zc k4j10324qd-hc 54NS A/SAMSUNG GDDR3
2001 - "SEGREGATION"

Abstract: No abstract text available
Text: 3.3V 3.3V 3.3V 3.3V 3.3V 3.3V Max. Speed 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz 166MHz Package 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256-BGA 256


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PDF 72T51356 72T51353 72T51346 72T51343 72T51336 72T51333 72T51256 72T51253 72T51246 72T51243 "SEGREGATION"
H5TQ2G63BFR-H9C

Abstract: H5TQ1G83BFR-H9C H26M42001EFR H5RS1H23MFR h27u1g8f2b H27U1G8F2 H27UBG8T2A H27UBG8T H5MS2G22MFR-J3M H26M54001BKR
Text: 256Mb 32M x 8 166MHz PART NUMBER PKG. FEATURE AVAIL. TSOPII(54pin) 4Bank,3.3V , HY57V561620F(L)TP-5(I) H57V2622GMR-75C 143MHz Now H57V2622GMR-60C 166MHz 4Bank,3.3V , ) 128Mb 4Bank,3.3V H57V2562GFR-70C(I/L) 133MHz TSOPII(54pin) HY5V56FFP-7 166MHz , ,3.3V HY5V56FFP-6 143MHz TSOPII(54pin) H57V2562GTR-60C(I/L) 166MHz EOL H57V2562GTR , (54pin) 4 Bank, 3.3V EOL 166MHz HY57V641620F(L/S)TP-6(I) TSOP-II(54pin) 4 Bank, 3.3V


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PDF 256Mx4 H5TQ1G43BFR-H9C 78ball) H5TQ1G43TFR-H9C H5TQ1G43BFR-G7C H5TQ1G43TFR-G7C H5TQ1G83BFR-H9C H5TQ2G63BFR-H9C H5TQ1G83BFR-H9C H26M42001EFR H5RS1H23MFR h27u1g8f2b H27U1G8F2 H27UBG8T2A H27UBG8T H5MS2G22MFR-J3M H26M54001BKR
SIS963L

Abstract: maxtor kt400 DDR400 sis 963l kingston usb memory nForce2 SiS746 AMD ATHLON 2400 Athlon XP
Text: HD: Maxtor Maxtor 40G 7200 ATA133 CPU/DRAM : 166/ 166MHz CPU: AMD Athlon XP 2700 DRAM: Kingston DDR400 256MB VGA Driver: ATi9700 6.13.10.6218 HD: Maxtor 40G 7200 ATA133 CPU/DRAM : 166/ 166MHz 2500 , 6.13.10.6218 HD: Maxtor Maxtor 40G 7200 ATA133 CPU/DRAM : 166/ 166MHz 12000 13000 14000 15000 , HD: Maxtor 40G 7200 ATA133 CPU/DRAM : 166/ 166MHz SiS746FX VS KT400 3D Performance ~Quake 3 , HD: Maxtor Maxtor 40G 7200 ATA133 CPU/DRAM : 166/ 166MHz CPU: AMD Athlon XP 2700 DRAM: Kingston


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PDF FSB333 DDR400 746FX/963L 333MHz DDR400/DDR333/DDR266 16-bit 533MHz 10/100Mb PC2001 SYSmark2002 SIS963L maxtor kt400 DDR400 sis 963l kingston usb memory nForce2 SiS746 AMD ATHLON 2400 Athlon XP
2008 - SL23EP04

Abstract: SL23EP04NZ SL23EP04NZZC-1 SL23EP04NZZC-1T SL23EP04NZZI-1
Text: ) ­ 13 20 mA Power Supply Current IDD4 CLKIN= 166MHz CL=0 (No load at outputs) ­ , 66MHz 5.0 - - ns 166MHz 2.5 - - ns CLKIN Low Time Tlow 66MHz 5.0 - - ns 166MHz 2.5 - - ns Output to Output Skew SKW1 Measured at VDD/2 , Cycle-to-Cycle Jitter CCJ2 CLKIN= 166MHz and CL=0 (No Load) ­ 50 100 ps Rev 2.3, July 8, 2008 , load at outputs) ­ 14 21 mA Power Supply Current IDD4 CLKIN= 166MHz CL=0 (No load


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PDF SL23EP04NZ 60ps-typ 66MHz SL23EP04NZ SL23EP04 SL23EP04NZZC-1 SL23EP04NZZC-1T SL23EP04NZZI-1
4MX16

Abstract: 8MX16
Text: High Speed SDRAM ( 166MHz ~) q Graphics, Network Interface Cards (NIC), HDDs & Set-Top Box systems require Higher memory bandwidth w/o memory interface change. q 64Mb (4Mx16) availability C/S 225MHz 200MHz 183MHz 166MHz E-die(0.17um) - Now Now Now F-die(0.15um) Q1, `02 *1 , ) 200MHz 183MHz Now Dec, '01 166MHz Now q Identification code (CL=3) 225MHz Code Product Planning & Product Planning & Application Eng. Team Application Eng. Team 200MHz 183MHz 166MHz


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PDF 166MHz 4Mx16) 225MHz 200MHz 183MHz 128Mb 8Mx16) 4MX16 8MX16
2010 - 1280x480

Abstract: QFP256 QFP-256 MB88F332 MB86298EB01-VIDEO01 MB86298 MB86297 MB86276 Display Controllers MB86R02
Text: ARM926EJ-S based SOC 166MHz 166MHz 6 layers Dual Independent: YUV, YUV/RGB Dual Independent , "Jade-D" ARM926EJ-S based SOC 166MHz 166MHz 6 layers Dual Independent: YUV, YUV/RGB , processor (@ 166MHz ) · Various kinds of 2D/3D graphics acceleration functions (@133MHz) · 4 layers of , Geometry processor (@ 166MHz ) · Various kinds of 2D/3D graphics acceleration functions (@133MHz) · YUV , (external) MB86295 "Coral-P" Features · Geometry processor (@ 166MHz ) · Various kinds of 2D/3D graphics


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PDF SK-86R0X-GHS-TRACE-ADA SK-86R01 SK-86R02-01 SK-86R01 GDC-FS-21357-01/2010 1280x480 QFP256 QFP-256 MB88F332 MB86298EB01-VIDEO01 MB86298 MB86297 MB86276 Display Controllers MB86R02
2000 - ICS8344

Abstract: ICS8344BY MS-026
Text: frequency up to 166MHz · 150ps bank skew, 250ps output skew, 600ps part to part skew · Translates any , Maximum Input Frequency VPP Peak-to-Peak Input Voltage f = 166MHz 0.3 1.3 V VCMR Common Mode Input Voltage f = 166MHz 0.9 2 V tpLH Propagation Delay, Low-to-High 0MHz < f < 166MHz 2.6 4.5 ns tpHL Propagation Delay, High-to-Low 0MHz < f < 166MHz , ns tPW Output Pulse Width tCYCLE/2 650 f = 166MHz tCYCLE/2 tCYCLE/2 + 650 ns


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PDF ICS8344 1-TO-24 ICS8344 ICS8344BY MS-026
2003 - NJU6396

Abstract: NJU6396C-D
Text: NJU6396 166MHz IC NJU6396 166MHz C-MOS IC 135166MHz NAND 8mA(3.3V ) C-MOS 2.73.6V 135166MHz IOH/IOL=8mA @3.3V C-MOS Thin-Chip NJU6396C-D Thin-Chip CONT XT XT VSS VDD FOUT No 1 CONT X -178 Y 231 2 3 XT XT -178 -178 , VDD IDD1 IDD2 Ist VIH VIL IOH IOL IIN fosc= 166MHz ,CL=15pF CONT=VSS, No , VSS IOZ 3 Rf Cg/Cd fosc= 166MHz FMAX SYM CL=15pF, @VDD/2 tr CL


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PDF NJU6396 166MHz NJU6396 135166MHz NJU6396C-D 90x90um NJU6396C-D
2004 - Not Available

Abstract: No abstract text available
Text: ".measured at 166MHz." to " .measured at 150MHz." · Revised tpLH (Propagation Delay) row from 2.6 Min , at 166MHz." to " .measured at 150MHz." · In AC table, revised tsk(o) row from 80ps Max. to 45ps , Output Fall Time 30% to 70% 30% to 70% 250 250 166MHz 166MHz < f 189.5MHz = 133MHz 2.0 2.0 Test , % to 70% 30% to 70% 250 250 166MHz 166MHz < f 189.5MHz = 133MHz 2.3 2.15 Test Conditions Minimum , frequency bullet from 166MHz to 200MHz. 3.3V AC Table - changed 166MHz max. to 200MHz max. Added another


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PDF ICS8304 200MHz 500ps ICS8304 166MHz 200MHz. 200MHz
mopslcd6

Abstract: 01023-0000-26-3 01023-0000-16-4 CT69000 jumptec mops lcd 4 MOPSlcd6 01023-0000-17-3 JUMPtec pentium kontron 01023-0000-16-2 01023-0000-26-2 mops 686
Text: features: Intel® Pentium® 166MHz , CRT/LCD, Intel® 559ER Ethernet, fanless Intel® Pentium® 166MHz , CRT/LCD, Intel® 551ER Ethernet, fanless Intel® Pentium® 166MHz , CRT/LCD, Intel® 559ER Ethernet, PC/104+, fanless Intel® Pentium® 166MHz , CRT/LCD, Intel® 551ER Ethernet, PC/104+, fanless Intel® Pentium® 266MHz , , Intel® 551ER Ethernet, PC/104+, fan Intel® Pentium® 166MHz , Intel® 559ER Ethernet, fanless Intel® Pentium® 166MHz , Intel® 551ER Ethernet, fanless Intel® Pentium® 266MHz, Intel® 559ER Ethernet, fan Intel


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PDF MOPS/686+ PC/104-Plus 030611ad WEBtoNET-030301-e mopslcd6 01023-0000-26-3 01023-0000-16-4 CT69000 jumptec mops lcd 4 MOPSlcd6 01023-0000-17-3 JUMPtec pentium kontron 01023-0000-16-2 01023-0000-26-2 mops 686
W25X128

Abstract: W25Q40 w25q64 W25Q16BW W25Q64bv W25X80BV W25Q32BV W25016BV winbond* W25Q W25X16AV
Text: -7 166MHz 143MHz CL3 3,3V±0.3V 2.7V-3.6V VFBGA 60(6.4x10.1 mm), using Pb free with RoHS compliant P , mil using Pb free with RoHS compliant -6/-6I 166MHZ CL3 P Y -7/-7I 143MHz 2.7 V-3.6V ! , 2Mx32 4 Banks -5 -6/-6I 200MHz 166MHz CL3 3.3V10.3V Packaged in TSOP II 86-pin (400 mil) using Pb free , ) using Pb free with RoHS compliant W9864G2IH 2Mx32 4 Banks -6/-6I 166MHz CL3 3,3V±0.3V UD(Ql/'09) Y -7 143MHz W9864G6GB 2Mx32 4 Banks -6/-6I 166MHz CL3 3,3V±0.3V VFBGA60(6.4x10.1mm') ball using


OCR Scan
PDF 300mm W25X128 W25Q40 w25q64 W25Q16BW W25Q64bv W25X80BV W25Q32BV W25016BV winbond* W25Q W25X16AV
um61256

Abstract: hynix hy57v281620 WINBOND Serial flash cross reference hy57v641620 cross reference UM611024 Samsung EOL 28F160S3 256k x8 SRAM 1MX8/512KX16 "DDR1 SDRAM"
Text: Volts SDRAM 8Mx16 SDRAM 1Mx16, 166Mhz SDRAM 4Mx16 SRAM High speed 12ns SRAM 64Kx16, 55ns, 2.5~3.6 , SDRAM 16Mx16 2.5V SDRAM 8Mx16 SDRAM 1Mx16, 166Mhz SDRAM 16Mx 16 SDRAM 16Mx 16 SDRAM 4Mx16 SDRAM 256Kx16 SDRAM 1Mx16, 166Mhz SGRAM (256Kx32)x2, 166Mhz www.amictechnology.com Availability Now! Now , DRAM EDO 64Kx16, 40ras, dual we DRAM EDO 256Kx16 SDRAM 1Mx16, 166Mhz SDRAM 256Kx16 SRAM 256Kx18 SRAM 128Kx36 LV TTL DBA DRAM EDO 256Kx16 SGRAM (256Kx32)x2, 166Mhz SDRAM 256Kx16 SRAM High Speed


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PDF PD4218165 PD424260 PD431000A PD43256B PD441000L-B PD442000L-B PD442012L-XB PD444012L-B PD4504161 um61256 hynix hy57v281620 WINBOND Serial flash cross reference hy57v641620 cross reference UM611024 Samsung EOL 28F160S3 256k x8 SRAM 1MX8/512KX16 "DDR1 SDRAM"
winband

Abstract: W25X40BV W25Q408W w25x40v W651GG2JB WSON* 8x6mm w25q128 W25X16AV 208-MIL w25X20BV
Text: Density ./O Vdd/Vddq I_Spec_ Status« RoHS W988D6F LPSDR 256Mb X16 1.8V/1.8V 166MHz S P (Ql/'IO) Y W988D2F LPSDR 256Mb X32 1.8 V/1.8 V 166MHz S P (Ql/'IO) Y W989D6B LPSDR 512Mb X16 1.8V/1.8V 133MHz (Barechip , in TSOP II 50-pin, 400 mil using Pb free with RoHS compliant -6/-6I 166MHz CL3 -7/-7I 143MHz , Status* RoHS I W9864G2GH 2MX32 4 Banks -5 -6/-61 -7 200MHz 166MHz 143MHz CL3 3.3V+0.3V 2.7V-3.6V Packaged , TSOP II 86-pin (400 mil) using Pb free with RoHS compliant W9864G2IH 2MX32 4 Banks -6/-6I 166MHz CL3


OCR Scan
PDF 300mm winband W25X40BV W25Q408W w25x40v W651GG2JB WSON* 8x6mm w25q128 W25X16AV 208-MIL w25X20BV
2005 - 5006K-ND

Abstract: VJ0402Y102KXXC RSEL* "cross reference" VJ0402Y C17-C19 SY89537L R22-R27
Text: equipment. For increased flexibility, the SY89537L evaluation board has both an on-board 16.6MHz series , equations use a 16.6MHz reference to generate FOUT = 87.5MHz and FOUT = 350MHz: 1 0 1 1 1 , 16.6MHz FeedbackDivider = 84 PostDivider = 2 PreDivider = 2 OutputDivider = 2 Pin1 Pin3 Pin4 , . SW1 Dipswitch 16.6MHz × 2 × 84 2× 2× 2 Pin1 Pin3 Pin4 Pin5 Pin6 PEN0 PSEL1 , Dipswitch Example 2: · · · · · · FOUT = 87.5MHz Fphase = 16.6MHz FeedbackDivider = 84


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PDF SY89537L M9999-032205 5006K-ND VJ0402Y102KXXC RSEL* "cross reference" VJ0402Y C17-C19 R22-R27
TQFP 100 PACKAGE footprint

Abstract: TQFP 144 PACKAGE footprint bga 208 PACKAGE 144-BB 256X8 BGA and QFP Package 72T20118 72V3613 footprint tqfp 208 BI 7284
Text: 225Mhz 166Mhz 100Mhz 100Mhz 100Mhz 100Mhz 100Mhz 100Mhz 12ns(tA) Double Data Rate Capability Max. Data , 3.3V core voltage · 166MHz high speed operation · Densities up to 4 Mbit · 9-,18-,36-,72 , 32Kx72 64Kx72 Density Max (# bits) Device Supply Speed Package 8K 72V223 3.3V 166MHz 100-BGA, 80-TQFP 16K 72V233 3.3V 166MHz 100-BGA, 80-TQFP 32K 72V243 3.3V 166MHz 100-BGA, 80-TQFP 64K 72V253 3.3V 166MHz 100-BGA, 80-TQFP 128K 72V263 3.3V 166MHz 100-BGA, 80-TQFP 256K 72V273 3.3V


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PDF
2001 - SIS630S

Abstract: ssc 6200 sis630 C9631 AN-0025 SIS-630S celeron 440 pin diagram
Text: PRELIMINARY C9631 Low EMI 166MHz Clock Generator for SiS630S/Pentium®III/Celeron® Chipsets Product Features · · · · · · · · · · · · · · · 166MHz Clock Support ® Supports Pentium , 166MHz Clock Generator for SiS630S/Pentium®III/Celeron® Chipsets Pin Description 5 Pin XIN Name , PRELIMINARY C9631 Low EMI 166MHz Clock Generator for SiS630S/Pentium®III/Celeron® Chipsets Pin , #: 38-07036 Rev. * 05/02/2001 Page 3 of 19 PRELIMINARY C9631 Low EMI 166MHz Clock Generator for


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PDF C9631 166MHz SiS630S/Pentium SiS630S 48MHz 24MHz/ 48MHz ssc 6200 sis630 C9631 AN-0025 SIS-630S celeron 440 pin diagram
Supplyframe Tracking Pixel