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Semiconductors Parts begin by W3 Page 2
W39L040T-70J : 512Kx8
W 39 L 040 T-70J
W39L040T-70J :
W 39 L 040 T-70J
W39L040T-70K : 512Kx8
W 39 L 040 T-70K
W39L040T-70K :
W 39 L 040 T-70K
W39L040T-90 : 512Kx8
W 39 L 040 T-90
W39L040T-90 :
W 39 L 040 T-90
W39L040T-90B : 512Kx8
W 39 L 040 T-90B
W39L040T-90B :
W 39 L 040 T-90B
W39L040T-90J : 512Kx8
W 39 L 040 T-90J
W39L040T-90J :
W 39 L 040 T-90J
W39L040T-90K : 512Kx8
W 39 L 040 T-90K
W39L040T-90K :
W 39 L 040 T-90K
W39L512 : 64Kx8
W 39 L 512
W39L512 :
W 39 L 512
W39L512-70 : 64Kx8
W 39 L 512-70
W39L512-70 :
W 39 L 512-70
W39L512-90 : 64Kx8
W 39 L 512-90
W39L512-90 :
W 39 L 512-90
W39L512P-70 : 64Kx8
W 39 L 512 P-70
W39L512P-70 :
W 39 L 512 P-70
W39L512P-70B : 64Kx8
W 39 L 512 P-70B
W39L512P-70B :
W 39 L 512 P-70B
W39L512P-90 : 64Kx8
W 39 L 512 P-90
W39L512P-90 :
W 39 L 512 P-90
W39L512P-90B : 64Kx8
W 39 L 512 P-90B
W39L512P-90B :
W 39 L 512 P-90B
W39L512Q-70 : 64Kx8
W 39 L 512 Q-70
W39L512Q-70 :
W 39 L 512 Q-70
W39L512Q-70B : 64Kx8
W 39 L 512 Q-70B
W39L512Q-70B :
W 39 L 512 Q-70B
W39L512Q-90 : 64Kx8
W 39 L 512 Q-90
W39L512Q-90 :
W 39 L 512 Q-90
W39L512Q-90B : 64Kx8
W 39 L 512 Q-90B
W39L512Q-90B :
W 39 L 512 Q-90B
W39V040A : 512Kx8
W 39 V 040A
W39V040A :
W 39 V 040A
W39V040AP : 512Kx8
W 39 V 040 AP
W39V040AP :
W 39 V 040 AP
W39V040AQ : 512Kx8
W 39 V 040 AQ
W39V040AQ :
W 39 V 040 AQ
W39V040FA : 512Kx8
W 39 V 040 FA
W39V040FA :
W 39 V 040 FA
W39V040FAP : 512Kx8
W 39 V 040 FAP
W39V040FAP :
W 39 V 040 FAP
W39V040FAQ : 512Kx8
W 39 V 040 FAQ
W39V040FAQ :
W 39 V 040 FAQ
W39V040FAT : 512Kx8
W 39 V 040 FAT
W39V040FAT :
W 39 V 040 FAT
W3E16M64S : Organization = 16Mx64 ;; Speed MHZ = 200-266 ;; Volt = 2.5 ;; Package = 219 Pbga
W 3 E 16 M 64S
W3E16M64S-XBX : Organization = 16Mx64 ;; Speed MHZ = 200-266 ;; Volt = 2.5 ;; Package = 219 Pbga
W 3 E 16 M 64 S-XBX
W3E16M72S : Organization = 16Mx72 ;; Speed MHZ = 200-266 ;; Volt = 2.5 ;; Package = 219 Pbga
W 3 E 16 M 72S
W3E16M72S-XBX : Organization = 16Mx72 ;; Speed MHZ = 200-266 ;; Volt = 2.5 ;; Package = 219 Pbga
W 3 E 16 M 72 S-XBX
W3E16M72SR : Organization = 16Mx72 ;; Speed MHZ = 200-250 ;; Volt = 2.5 ;; Package = 219 Pbga
W 3 E 16 M 72 SR
W3E16M72SR-XBX : Organization = 16Mx72 ;; Speed MHZ = 200-250 ;; Volt = 2.5 ;; Package = 219 Pbga
W 3 E 16 M 72 SR-XBX
W3E232M16S : 2x32Mx16bit DDR SDRAM<<<>>>]Bidirectional data strobe (DQS) transmitted/<<<>>>re
W 3 E 232 M 16S
W3E232M16S-XSTX : 2x32Mx16bit DDR SDRAM<<<>>>]Bidirectional data strobe (DQS) transmitted/<<<>>>re
W 3 E 232 M 16 S-XSTX
W3E32M72S : 32Mx72 DDR SDRAM<<<>>>The 256MByte (2Gb) DDR SDRAM is a high-speed CMOS,<<<>>>dy
W 3 E 32 M 72S
W3E32M72S-XSBX : 32Mx72 DDR SDRAM<<<>>>The 256MByte (2Gb) DDR SDRAM is a high-speed CMOS,<<<>>>dy
W 3 E 32 M 72 S-XSBX
W3E64M72S : 64Mx72 DDR SDRAM<<<>>>The 512MByte (4Gb) DDR SDRAM is a high-speed CMOS,<<<>>>dy
W 3 E 64 M 72S
W3E64M72S-XBX : 64Mx72 DDR SDRAM<<<>>>The 512MByte (4Gb) DDR SDRAM is a high-speed CMOS,<<<>>>dy
W 3 E 64 M 72 S-XBX
W3H32M64E : 32M x 64 DDR2 SDRAM 208 PBGA Multi-Chip Package<<<>>>62% SPACE SAVINGS vs. FPBGA
W 3 H 32 M 64E
W3H32M64E-XSBX : 32M x 64 DDR2 SDRAM 208 PBGA Multi-Chip Package<<<>>>62% SPACE SAVINGS vs. FPBGA
W 3 H 32 M 64 E-XSBX
W3H32M72E- : 32M x 72 DDR2 SDRAM 208 PBGA Multi-Chip Package<<<>>>65% SPACE SAVINGS vs. FPBGA
W 3 H 32 M 72 E-
W3H32M72E-XSBX : 32M x 72 DDR2 SDRAM 208 PBGA Multi-Chip Package<<<>>>65% SPACE SAVINGS vs. FPBGA
W 3 H 32 M 72 E-XSBX
W3H64M72E-XSBX : 32M x 72 DDR2 SDRAM 208 PBGA Multi-Chip Package<<<>>>65% SPACE SAVINGS vs. FPBGA
W 3 H 64 M 72 E-XSBX
W3VEGW : Material: GAASp/gap , Gap , Wavelength: 625nm/568nm
W 3 VEGW
W3VEYW : Material: GAASp/gap , GAASp/gap , Wavelength: 625nm/588nm
W 3 VEYW
W3VGYW : Material: Gap , GAASp/gap , Wavelength: 568nm/588nm
W 3 VGYW
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