356MHZ Search Results

K8D3216UBC-pi07

Abstract: K5E5658HCM KAD070J00M KBH10PD00M K5D1257ACM-D090000 samsung ddr2 ram MTBF KBB05A500A K801716UBC k5d1g13acm k5a3281ctm
Contextual Info: Product Selection Guide Memory and Storage April 2005 MEMORY AND STORAGE SECTION A DRAM DDR2 SDRAM DDR SDRAM SDRAM RDRAM NETWORK DRAM MOBILE SDRAM GRAPHICS DDR SDRAM DRAM ORDERING INFORMATION FLASH NAND, OneNAND, NOR FLASH NAND FLASH ORDERING INFORMATION SRAM

MI407

Abstract: HIGH POWER ANTENNA SWITCH PIN DIODE bpf 200mhz 100MHZ High Power Antenna Switch OC53 cd diode
Contextual Info: bSMSÔSS 0 0 1 7 7 M1 bTE • ANTENNA SWITCH M I4 0 7 PIN DIODE RF POW ER SWITCHING DESCRIPTION The MI407 PIN diode is employing a high reliability glass construction, designed for solid state antenna switches in commercial two-way radios. FEA TU RES • •

RISC-Processor s3c2410

Abstract: MR16R1624DF0-CM8 arm9 samsung s3c2440 architecture chip 3351 dvd sp0411n K9W8G08U1M sandisk micro SD Card 2GB arm9 s3c2440 K9F1G08U0A K6X8008C2B
Contextual Info: A Section MEMORY Table of Contents SECTION A PAGE DRAM SDRAM 3a – 4a DDR SDRAM 5a – 6a DDR2 SDRAM 7a RDRAM 8a NETWORK DRAM 8a MOBILE SDRAM 9a GRAPHICS DDR SDRAM 10a DRAM ORDERING INFORMATION 11a –13a NAND FLASH COMPONENTS, SMART MEDIA, COMPACT FLASH

Contextual Info: RDRAM Code Information 1/2 Last Updated : June 2009 K4RXXXXXXX - XXXXXXX 1 2 3 4 1. Memory (K) 2. DRAM : 4 3. Small Classification R : RDRAM ® 4~5. Density,Refresh 27 : 128M, 16K/32ms (1.95us) 44 : 144M, 16K/32ms (1.95us) 5 6 7 8 9 10 11 12 13 14 15 16 17 18

Contextual Info: Preliminary W134K Direct Rambus Clock Generator Features • Differential clock source for Direct Rambus® memory subsystem for up to 800MHz data transfer rate • Provide synchronization flexibility: the Rambus Channel can optionally be synchronous to an external system or

da53

Abstract: DB26 KM416RD8AC KM418RD8AC
Contextual Info: KM416RD8AC D /KM418RD8AC(D) Direct RDRAM 128/144Mbit RDRAM 256K x 16/18 bit x 2*16 Dependent Banks Direct RDRAMTM Revision 1.01 October 1999 Page -2 Rev. 1.01 Oct. 1999 KM416RD8AC(D)/KM418RD8AC(D) Direct RDRAM™ Revision History Version 1.0 (July 1999) - Preliminary

MI407

Contextual Info: bSMSÔSS DD17741 b TE • ANTENNA SWITCH M I407 PIN DIODE RF POWER SWITCHING DESCRIPTION Dimension: mm OUTLINE DRAWING The MI407 PIN diode is employing a high reliability glass construction, designed for solid state antenna switches in commercial two-way radios.

Contextual Info: KM416RD8AC D /KM418RD8AC(D) Preliminary Direct RDRAM 128/144Mbit RDRAM 256K x 16/18 bit x 2*16 Dependent Banks Direct RDRAMTM Revision 1.0 July 1999 Page -2 Rev. 1.0 Jul. 1999 KM416RD8AC(D)/KM418RD8AC(D) Preliminary Direct RDRAM™ Revision History Version 1.0 (July 1999) - Preliminary

Contextual Info: SAW FILTER KF446AU TECHNICAL DATA SPECIFICATIONS FOR SAW FILTER A Band pass filter for the receiving RF circuits. High stability and reliability with good B performance and no adjustment. Low insertion loss and deep stop band attenuation. A Good rejection level.

T29 marking

Abstract: e61 marking code T45 to DB9 DB26 Outline T39
Contextual Info: Direct RDRAM K4R271669A/K4R441869A 128/144Mbit RDRAM 256K x 16/18 bit x 2*16 Dependent Banks Direct RDRAMTM Revision 1.02 January 2000 Page -1 Rev. 1.02 Jan. 2000 Direct RDRAM™ K4R271669A/K4R441869A Revision History Version 1.0 July 1999 - Preliminary

Contextual Info: Golledge Electronics Ltd Eaglewood Park, ILMINSTER Somerset, TA19 9DQ, UK Tel: +44 1460 256 100 Fax: +44 1460 256 101 www.golledge.com SAW Filter 369MHz Part No: MP03303 Model: TB0525A Rev No: 1 A. MAXIMUM RATING: 1. Operating Temperature: -40°C ~ +85°C

K4R881869I

Abstract: 92ball micro bga
Contextual Info: Direct RDRAM General Information Direct RDRAM Product Guide Version 1.9 June 2009 General Information Direct RDRAM™ A. Direct RDRAM Component Product Guide Change History Version 1.0 Mar. ′03 First Copy Version 1.1 (May ′03) Add 576Mb base RIMM Module

BA6 marking

Abstract: KM416RD DB31 KM416RD8AS
Contextual Info: Target Direct RDRAM KM416RD8AS 128Mbit RDRAM 256K x 16 bit x 2*16 Dependent Banks for Consumer Package Direct RDRAMTM Revision 0.9 July 1999 Rev. 0.9 July 1999 KM416RD8AS Target Direct RDRAM™ Revision History Version 0.9 July 1999 -Target - Based on the Rambus Datasheet ver. 0.9.

Contextual Info: | | ì ì ic WORKS " " Preliminary W134K Direct Rambus Clock Generator Features • Differential clock source for Direct Rambus® memory sub­ system for up to 800MHz data transfer rate • Provide synchronization flexibility: the Rambus Channel can optionally be synchronous to an external system or

54-WBGA

Abstract: 711Mbps
Contextual Info: RDRAM Module Code Information 1/2 Last Updated : February 2009 MXXXXXXXXXXX - XXXXX 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 1. Memory Module(M) 10. Component Generation M : M-die 2. Module Configuration D : 32 bit RIMM (232pin) A : A-die B : B-die

0909NS

Abstract: GDDR5 10x10mm, LGA, 44 pin 170-FBGA 60-LGA MARKING CL4 FBGA DDR3 x32 170FBGA 60-FBGA PC133 133Mhz cl3
Contextual Info: DRAM Code Information 1/9 K4XXXXXXXX - XXXXXXX 1 2 3 4 1. Memory (K) 2. DRAM : 4 3. Small Classification A : Advanced Dram Technology B : DDR3 SDRAM C : Network-DRAM D : DDR SGRAM E : EDO F : FP G : GDDR5 SDRAM H : DDR SDRAM J : GDDR3 SDRAM K : Mobile SDRAM PEA

e61 marking code

Contextual Info: Direct RDRAM K4R271669A/K4R441869A 128/144Mbit RDRAM A-die 256K x 16/18 bit x 32s banks Direct RDRAMTM Version 1.11 October 2000 Page -1 Version 1.11 Oct. 2000 Direct RDRAM™ K4R271669A/K4R441869A Change History Version 1.0 ( July 1999 ) - Preliminary

Contextual Info: KM416RD8AC D /KM418RD8AC(D) Preliminary Direct RDRAM 1 2 8 /1 4 4 M b it R D R A M 256K x 16/18 bit x 2*16 Dependent Banks Direct RDRAM™ Revision 1.0 July 1999 Rev. 1.0 Jul. 1999 Preliminary KM416RD8AC(D)/KM418RD8AC(D)_ Direct RDRAM™ Revision History

Contextual Info: Preliminary W134M/W134S Direct Rambus Clock Generator Features • Differential clock source for Direct Rambus® memory subsystem for up to 800MHz data transfer rate • Provide synchronization flexibility: the Rambus Channel can optionally be synchronous to an external system or

Rambus

Contextual Info: R e a d y f o r t h e N e w M e m o r y S t a n d a r d Never stop thinking. RDRAM In the last years memory bus frequency has evolved from 33MHz for EDO to the current standard of 100MHz for SDRAMs and up to 133MHz for the latest PC133 specification. However, despite this continuous improvement, memory speed has been outpaced