TSOP 48 PIN TYPE2 Search Results

MX23L8111

Abstract: MX23L8111MC-10 MX23L8111MC-12 MX23L8111PC-10 MX23L8111PC-12 MX23L8111RC-10 MX23L8111RC-12 MX23L8111TC-10 MX23L8111TC-12 MX23L8111YC-10
Contextual Info: MX23L8111 8M-BIT MASK ROM 8/16 BIT OUTPUT FEATURES ORDER INFORMATION • Bit organization - 1M x 8 (byte mode) - 512K x 16 (word mode) • Fast access time - Random access: 100ns (max.) - Page access: 50ns (max.) • Current - Operating: 20mA - Standby: 20uA

Contextual Info: MX23L8111 8M-BIT MASK ROM 8/16 BIT OUTPUT FEATURES ORDER INFORMATION • Bit organization - 1M x 8 (byte mode) - 512K x 16 (word mode) • Fast access time - Random access: 100ns (max.) - Page access: 30ns (max.) • Current - Operating: 20mA - Standby: 20uA

tsop 48 PIN type2

Abstract: MX23L8111 MX23L8111MC-10 MX23L8111MC-12 MX23L8111PC-10 MX23L8111PC-12 MX23L8111RC-10 MX23L8111RC-12 MX23L8111TC-10 MX23L8111TC-12
Contextual Info: Introduction MX23L8111 8M-BIT MASK ROM 8/16 BIT OUTPUT FEATURES ORDER INFORMATION • Bit organization - 1M x 8 (byte mode) - 512K x 16 (word mode) • Fast access time - Random access: 100ns (max.) - Page access: 50ns (max.) • Current - Operating: 20mA

MX23L8111

Abstract: MX23L8111MC-10 MX23L8111MC-12 MX23L8111PC-10 MX23L8111PC-12 MX23L8111RC-10 MX23L8111RC-12 MX23L8111TC-10 MX23L8111TC-12 MX23L8111YC-10
Contextual Info: MX23L8111 8M-BIT MASK ROM 8/16 BIT OUTPUT FEATURES ORDER INFORMATION • Bit organization - 1M x 8 (byte mode) - 512K x 16 (word mode) • Fast access time - Random access: 100ns (max.) - Page access: 30ns (max.) • Current - Operating: 20mA - Standby: 20uA

Contextual Info: MX23L8111 8M-BIT MASK ROM 8/16 BIT OUTPUT FEATURES ORDER INFORMATION • Bit organization - 1M x 8 (byte mode) - 512K x 16 (word mode) • Fast access time - Random access: 100ns (max.) - Page access: 30ns (max.) • Current - Operating: 20mA - Standby: 20uA

MX23L8111TC-12

Abstract: MX23L8111 MX23L8111MC-10 MX23L8111MC-12 MX23L8111PC-10 MX23L8111PC-12 MX23L8111RC-10 MX23L8111RC-12 MX23L8111TC-10 MX23L8111YC-10
Contextual Info: MX23L8111 8M-BIT MASK ROM 8/16 BIT OUTPUT FEATURES ORDER INFORMATION • Bit organization - 1M x 8 (byte mode) - 512K x 16 (word mode) • Fast access time - Random access: 100ns (max.) - Page access: 30ns (max.) • Current - Operating: 20mA - Standby: 20uA

MX23L8111

Abstract: MX23L8111MC-10 MX23L8111MC-12 MX23L8111PC-10 MX23L8111PC-12 MX23L8111RC-10 MX23L8111RC-12 MX23L8111TC-10 MX23L8111TC-12 MX23L8111YC-10
Contextual Info: INDEX MX23L8111 8M-BIT MASK ROM 8/16 BIT OUTPUT FEATURES ORDER INFORMATION • Bit organization - 1M x 8 (byte mode) - 512K x 16 (word mode) • Fast access time - Random access: 100ns (max.) - Page access: 50ns (max.) • Current - Operating: 20mA - Standby: 20uA

Contextual Info: MX23L8111 8M -B IT M A SK R O M 8/16 BIT O U TP U T ORDER INFORMATION FEATURES Bit organization - 1 M x 8 (byte mode) - 512K x 16 (word mode) Fast access time - Random access: 100ns (max.) - Page access: 50ns (max.) Current - Operating: 20mA - Standby: 20uA

Contextual Info: MX23L8111 8M-BIT MASK ROM 8/16 BIT OUTPUT FEATURES ORDER INFORMATION • Bit organization - 1 M x 8 (byte mode) - 512K x 16 (word mode) • Fast access time - Random access: 100ns (max.) - Page access: 50ns (max.) • Current - Operating: 20mA - Standby: 20uA

Contextual Info: MX23L8111 8M -B IT M A SK R O M 8/16 BIT O U TP U T ORDER INFORMATION FEATURES Bit organization - 1 M x 8 (byte mode) - 512K x 16 (word mode) Fast access time - Random access: 100ns (max.) - Page access: 50ns (max.) Current - Operating: 20mA - Standby: 20uA

Contextual Info: MX23L8111 8M-BIT MASK ROM 8/16 BIT OUTPUT FEATURES ORDER INFORMATION • Bit organization - 1M x 8 (byte mode) - 512K x 16 (word mode) • Fast access time - Random access: 100ns (max. - Page access: 50ns (max.) • Current - Operating: 20mA - Standby: 20uA

toshiba toggle mode nand

Abstract: TC518128 TC518129 TC551001 equivalent 551664 TC518512 sgs-thomson power supply Toggle DDR NAND flash jeida 38 norm APPLE A5 CHIP
Contextual Info: DRAM Technology n TOSHIBA DRAM TECHNOLOGY Toshiba DRAM Technology 2 DRAM Technology n DRAM TECHNOLOGY TRENDS Density Design Rule 64M→128M →256M →512M →1G 0.35µm →0.25 µm →0.20 µm →0.175 µm Cost Down, Yield Improvement High Bandwidth Multi - bit

VCCIO11

Contextual Info: A29L160A Series 2M X 8 Bit / 1M X 16 Bit CMOS 3.3 Volt-only, Boot Sector Flash Memory Document Title 2M X 8 Bit / 1M X 16 Bit CMOS 3.3 Volt-only, Boot Sector Flash Memory Revision History Rev. No. History Issue Date Remark 0.0 Initial issue April 1, 2005 Preliminary

tsop 48 PIN type2

Abstract: 50 mil pitch ceramic package BGA and QFP Package mounting 64 pin IC FOUR SIDE 48 pin ic qfj 84-Pin QFN
Contextual Info: Packages for IC Through-hole mount type DIP Surface mount type1 SIP Dual In-line Package (Single In-line Package) Terminals are on one side of the package and are arranged in a row. Terminals are on two opposite sides of the package and are arranged two rows.

SOP48

Abstract: CF RM sot89 SOP38 14X14X2 epson QFP 216 14X14X1 45x45 mm bga 14X20X2 14x14x2.7 QFP13
Contextual Info: Plastic QFP Pin Count 44 46 48 52 60 64 80 100 120 128 144 160 176 184 208 216 232 240 256 304 Package code QFP 13 QFP4 QFP2 QFP6 QFP5 QFP12 QFP5 QFP6 QFP2 QFP6 QFP5 QFP13 QFP15 QFP6 QFP5 Plastic TQFP Body size mm 10X10X1.4 10X10X1.45 14X14X2 14X14X2.7 14X20X2.7

oki marking

Abstract: A-8368 63a17 OKI date code MR27T25603L oki marking TSOP MR27T25603L-XXXTM
Contextual Info: PEDR27T25603L-02-02 OKI Semiconductor MR27T25603L 16M–Word x 16–Bit or 32M–Word × 8–Bit Issue Date: Jun. 17, 2003 Preliminary P2ROM FEATURES • 16,777,216-word × 16-bit/33,554,432-word × 8-bit electrically switchable configuration · 2.7 V to 3.6 V power supply

Contextual Info: FEDR27V25603L-02-01 OKI Semiconductor MR27V25603L 16M–Word x 16–Bit or 32M–Word × 8–Bit Issue Date: Apr. 1, 2004 P2ROM FEATURES •16,777,216-word × 16-bit/33,554,432-word × 8-bit electrically switchable configuration · 3.0 V to 3.6 V power supply

Contextual Info: FEDR27T25603L-02-01 OKI Semiconductor MR27T25603L 16M–Word x 16–Bit or 32M–Word × 8–Bit Issue Date: Apr. 1, 2004 P2ROM FEATURES •16,777,216-word × 16-bit/33,554,432-word × 8-bit electrically switchable configuration · 2.7 V to 3.6 V power supply

Contextual Info: FEDR27T25603L-02-02 OKI Semiconductor MR27T25603L 16M–Word x 16–Bit or 32M–Word × 8–Bit Issue Date: Jun. 8, 2004 P2ROM FEATURES •16,777,216-word × 16-bit/33,554,432-word × 8-bit electrically switchable configuration · 2.7 V to 3.6 V power supply

Contextual Info: PEDR27V25653L-02-05 OKI Semiconductor MR27V25653L 16M–Word x 16–Bit or 32M–Word × 8–Bit Page Mode Issue Date: Jul. 9, 2004 Preliminary P2ROM FEATURES • 16,777,216-word × 16-bit / 33,554,432-word × 8-bit electrically switchable configuration · Page size of 8-word x 16-Bit or 16-word x 8-Bit

Contextual Info: PEDR27V25653L-02-02 OKI Semiconductor MR27V25653L 16M–Word x 16–Bit or 32M–Word × 8–Bit Page Mode Issue Date: Apr. 9, 2004 Preliminary P2ROM FEATURES • 16,777,216-word × 16-bit / 33,554,432-word × 8-bit electrically switchable configuration · Page size of 8-word x 16-Bit or 16-word x 8-Bit

MR27V25653L

Contextual Info: PEDR27V25653L-02-01 OKI Semiconductor MR27V25653L 16M–Word x 16–Bit or 32M–Word × 8–Bit Page Mode Issue Date: Jun. 17, 2003 Preliminary P2ROM FEATURES • 16,777,216-word × 16-bit / 33,554,432-word × 8-bit electrically switchable configuration · Page size of 8-word x 16-Bit or 16-word x 8-Bit

MR27V25603L

Contextual Info: PEDR27V25603L-02-02 OKI Semiconductor MR27V25603L 16M–Word x 16–Bit or 32M–Word × 8–Bit Issue Date: Jun. 17, 2003 Preliminary P2ROM FEATURES • 16,777,216-word × 16-bit / 33,554,432-word × 8-bit electrically switchable configuration · 3.0 V to 3.6 V power supply

CDC2509

Abstract: RA11b sdram pcb layout gerber 1gb pc133 SDRAM DIMM PC133R-333-542-b2 RA5B pc100 gerber DIMM SDRAM 144 Socket TSOP 48 thermal resistance type1 sdram pcb gerber
Contextual Info: PC133 SDRAM Registered DIMM Design Specification Revision 1.1 August 1999 Prepared By IBM and Reliance Computer Corporation PC133 SDRAM Registered DIMM Design Specification All information contained in this document is subject to change without notice. The products described in this document