M30280F6HP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280F6THP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280F6VHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280F8HP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280F8THP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280F8VHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280FAHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280FATHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280FAVHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280M4T-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280M4V-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280M4-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280M6T-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280M6V-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280M6-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280M8T-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280M8V-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30280M8-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281F6HP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281F6THP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281F6VHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281F8HP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281F8THP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281F8VHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281FAHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281FATHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281FAVHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281M4T-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281M4V-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281M4-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281M6T-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281M6V-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281M6-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281M8T-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281M8V-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M30281M8-XXXHP Renesas - The M16C/28 Group of Single-chip Microcomputers is Built Using The High-performance Silicon Gate CMOSprocess UsingA M16C/60 Series Cpu Core and is Packaged inA 64-pin and 80-pin Plastic Molded Qfp.these Single-chip Microcomputers Operate Using Sophisticated Instructions FeaturingA High Level of Instructionefficiency. With 1M Bytes of Address Space, They Are Capable of Executing Instructions at High Speed. Inaddition, This Microcomputer ContainsA Multiplier and Dmac Which Combined With Fast Instruction P
M306NKFHGP Mitsubishi - Single-chip 16-BIT CMOS Microcomputerthe M16C/6N Group (M16C/6NK, M16C/6NM) of Single-chip Microcomputers Are Built Using Thehigh-performance Silicon Gate CMOS Process Using an M16C/60 Series Cpu Core and Are Packaged In100-pin and 128-pin Plastic Molded Lqfp. These Single-chip Microcomputers Operate Using Sophisticatedinstructions FeaturingA High Level of Instruction Efficiency. With 1 Mbyte of Address Space, They Are Capableof Executing Instructions at High Speed. Being Equipped With Two CAN (Controller
M306V0EEFP Mitsubishi - Single-chip 16-bit Cmos Microcomputer With Closed Caption Decoder and On-screen Display Controller
M306V0EEFS Mitsubishi - SINGLE-CHIP 16-BIT CMOS MICROCOMPUTER with CLOSED CAPTION DECODER and ON-SCREEN DISPLAY CONTROLLER
M306V0ME Mitsubishi - SINGLE-CHIP 16-BIT CMOS MICROCOMPUTER with CLOSED CAPTION DECODER and ON-SCREEN DISPLAY CONTROLLER
M306V0ME-107FP Mitsubishi - SINGLE-CHIP 16-BIT CMOS MICROCOMPUTER with CLOSED CAPTION DECODER and ON-SCREEN DISPLAY CONTROLLER
M30880FHTGP Renesas - M16C Family M32C/88 Group with On-Chip 3-Channel CAN ControllerThe M32C/88 group (M32C/88T) microcomputer isA single-chip control unit that utilizes high-performancesilicon gate CMOS technology with the M32C/80 Series CPU core. The M32C/88 group (M32C/88T) isavailable in 144-pin and 100-pin plastic molded LQFP packages.WithA 16-Mbyte address space, this microcomputer combines advanced instruction manipulation capabilitiesto process complex instructions by less bytes and execute instructions at higher spee
M30880FJTGP Renesas - M16C Family M32C/88 Group with On-Chip 3-Channel CAN ControllerThe M32C/88 group (M32C/88T) microcomputer isA single-chip control unit that utilizes high-performancesilicon gate CMOS technology with the M32C/80 Series CPU core. The M32C/88 group (M32C/88T) isavailable in 144-pin and 100-pin plastic molded LQFP packages.WithA 16-Mbyte address space, this microcomputer combines advanced instruction manipulation capabilitiesto process complex instructions by less bytes and execute instructions at higher spee
M30880FWTGP Renesas - M16C Family M32C/88 Group with On-Chip 3-Channel CAN ControllerThe M32C/88 group (M32C/88T) microcomputer isA single-chip control unit that utilizes high-performancesilicon gate CMOS technology with the M32C/80 Series CPU core. The M32C/88 group (M32C/88T) isavailable in 144-pin and 100-pin plastic molded LQFP packages.WithA 16-Mbyte address space, this microcomputer combines advanced instruction manipulation capabilitiesto process complex instructions by less bytes and execute instructions at higher spee
M30882FHTGP Renesas - M16C Family M32C/88 Group with On-Chip 3-Channel CAN ControllerThe M32C/88 group (M32C/88T) microcomputer isA single-chip control unit that utilizes high-performancesilicon gate CMOS technology with the M32C/80 Series CPU core. The M32C/88 group (M32C/88T) isavailable in 144-pin and 100-pin plastic molded LQFP packages.WithA 16-Mbyte address space, this microcomputer combines advanced instruction manipulation capabilitiesto process complex instructions by less bytes and execute instructions at higher spee
M30882FJTGP Renesas - M16C Family M32C/88 Group with On-Chip 3-Channel CAN ControllerThe M32C/88 group (M32C/88T) microcomputer isA single-chip control unit that utilizes high-performancesilicon gate CMOS technology with the M32C/80 Series CPU core. The M32C/88 group (M32C/88T) isavailable in 144-pin and 100-pin plastic molded LQFP packages.WithA 16-Mbyte address space, this microcomputer combines advanced instruction manipulation capabilitiesto process complex instructions by less bytes and execute instructions at higher spee
M30882FWTGP Renesas - M16C Family M32C/88 Group with On-Chip 3-Channel CAN ControllerThe M32C/88 group (M32C/88T) microcomputer isA single-chip control unit that utilizes high-performancesilicon gate CMOS technology with the M32C/80 Series CPU core. The M32C/88 group (M32C/88T) isavailable in 144-pin and 100-pin plastic molded LQFP packages.WithA 16-Mbyte address space, this microcomputer combines advanced instruction manipulation capabilitiesto process complex instructions by less bytes and execute instructions at higher spee
M30W0R6500T0 STMicroelectronics - 96 Mbit (64 + 32Mb, x16, Multiple Bank, Burst, Flash Memories) 1.8V Supply, Multi-Chip Package MULTI-CHIP PACKAGE 1 die of 64 Mbit (4Mb x 16) Flash Memory 1 die of 32 Mbit (2Mb x 16) Flash Memory SUPPLY VOLTAGE VDDF1 = VDDF2 = VDDQ = 1.7 to 2.2V VPP = 12V for fast Program (optional) LOW POWER CONSUMPTION ELECTRONIC SIGNATURE Manufacturer Code: 20h 64Mb Device Code (Top Configuration): 8810h 32Mb Device Code (Top Configuration): 8814h PACKAGE Compliant with Lead-Free Soldering Processes Lead-Free Versions
M30W0R6500T0ZAQT STMicroelectronics - 96 Mbit (64 + 32Mb, x16, Multiple Bank, Burst, Flash Memories) 1.8V Supply, Multi-Chip Package MULTI-CHIP PACKAGE 1 die of 64 Mbit (4Mb x 16) Flash Memory 1 die of 32 Mbit (2Mb x 16) Flash Memory SUPPLY VOLTAGE VDDF1 = VDDF2 = VDDQ = 1.7 to 2.2V VPP = 12V for fast Program (optional) LOW POWER CONSUMPTION ELECTRONIC SIGNATURE Manufacturer Code: 20h 64Mb Device Code (Top Configuration): 8810h 32Mb Device Code (Top Configuration): 8814h PACKAGE Compliant with Lead-Free Soldering Processes Lead-Free Versions
M30W0R7000B1 STMicroelectronics - 128 Mbit (8Mb x 16, Multiple Bank, Burst) 1.8V Supply Flash Memory SUPPLY VOLTAGE VDD = 1.7V to 2V for Program, Erase and Read VDDQ = 1.7V to 2.24V for I/O Buffers VPP = 12V for fast Program (optional) SYNCHRONOUS / ASYNCHRONOUS READ Synchronous Burst Read mode: 66MHz Asynchronous/ Synchronous Page Read mode Random Access: 60ns SYNCHRONOUS BURST READ SUSPEND PROGRAMMING TIME 8s by Word typical for Fast Factory Program Double/Quadruple Word Program option Enhanced Factory Program options MEMORY BLOCKS Multi
M30W0R7000B1ZAQF STMicroelectronics - 128 Mbit (8Mb x 16, Multiple Bank, Burst) 1.8V Supply Flash Memory SUPPLY VOLTAGE VDD = 1.7V to 2V for Program, Erase and Read VDDQ = 1.7V to 2.24V for I/O Buffers VPP = 12V for fast Program (optional) SYNCHRONOUS / ASYNCHRONOUS READ Synchronous Burst Read mode: 66MHz Asynchronous/ Synchronous Page Read mode Random Access: 60ns SYNCHRONOUS BURST READ SUSPEND PROGRAMMING TIME 8s by Word typical for Fast Factory Program Double/Quadruple Word Program option Enhanced Factory Program options MEMORY BLOCKS Multi
M312L1713CT0 Samsung - M312L1713CT0 16Mx72 DDR Sdram 184pin Dimm Based on 16Mx8 ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = A0,A2,B0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Eol ; Comments = For Low Profile
M312L1713CT0-CA2 Samsung - M312L1713CT0 16Mx72 DDR Sdram 184pin Dimm Based on 16Mx8 ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = A0,A2,B0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Eol ; Comments = For Low Profile
M312L1713CT0-CLA2 Samsung - M312L1713CT0 16Mx72 DDR Sdram 184pin Dimm Based on 16Mx8 ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = A0,A2,B0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Eol ; Comments = For Low Profile
M312L1713DT0 Samsung - M312L1713DT0 16Mx72 DDR Sdram 184pin Dimm Based on 16Mx8 ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = B3,A2,B0,A0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Eol ; Comments = For Low Profile
M312L1713DT0-CLA2 Samsung - M312L1713DT0 16Mx72 DDR Sdram 184pin Dimm Based on 16Mx8 ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = B3,A2,B0,A0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Eol ; Comments = For Low Profile
M312L1713ETS Samsung - M312L1713ETS 184Pin Registered Dimm Based on 128Mb E-die (x4, X8) ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = AA,A2,B0,A0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Mass Production ; Comments = For Low Profile
M312L1713ETS-CLA0 Samsung - M312L1713ETS 184Pin Registered Dimm Based on 128Mb E-die (x4, X8) ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = AA,A2,B0,A0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Mass Production ; Comments = For Low Profile
M312L1713ETS-CLA2 Samsung - M312L1713ETS 184Pin Registered Dimm Based on 128Mb E-die (x4, X8) ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = AA,A2,B0,A0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Mass Production ; Comments = For Low Profile
M312L1713ETS-CLAA Samsung - M312L1713ETS 184Pin Registered Dimm Based on 128Mb E-die (x4, X8) ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = AA,A2,B0,A0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Mass Production ; Comments = For Low Profile
M312L1713ETS-CLB0 Samsung - M312L1713ETS 184Pin Registered Dimm Based on 128Mb E-die (x4, X8) ; Density(MB) = 128 ; Organization = 16Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 4K/64ms ; Speed = AA,A2,B0,A0 ; Power = C,l ; #of Pin = 184 ; Component Composition = (16Mx8)x9 ; Production Status = Mass Production ; Comments = For Low Profile
M312L2820EG0 Samsung - M312L6423EG0 184pin Registered Module Based on 256Mb E-die (x4, X8) ; Density(MB) = 512 ; Organization = 64Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 8K/64ms ; Speed = B3,A2,B0 ; Power = C ; #of Pin = 184 ; Component Composition = (32Mx8)x18 ; Production Status = Customer Sample ; Comments = DDR266/333
M312L2820EG0-CA2 Samsung - M312L2820EG0 184pin Registered Module Based on 256Mb E-die (x4, X8) ; Density(MB) = 1024 ; Organization = 128Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 8K/64ms ; Speed = B3,A2,B0,CC ; Power = C ; #of Pin = 184 ; Component Composition = (64Mx4)x36 ; Production Status = Customer Sample ; Comments = DDR266/333,DDR400
M312L2820EG0-CB0 Samsung - M312L2820EG0 184pin Registered Module Based on 256Mb E-die (x4, X8) ; Density(MB) = 1024 ; Organization = 128Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 8K/64ms ; Speed = B3,A2,B0,CC ; Power = C ; #of Pin = 184 ; Component Composition = (64Mx4)x36 ; Production Status = Customer Sample ; Comments = DDR266/333,DDR400
M312L2820EG0-CB3 Samsung - M312L2820EG0 184pin Registered Module Based on 256Mb E-die (x4, X8) ; Density(MB) = 1024 ; Organization = 128Mx72 ; Bank/ Interface = 4B/SSTL2 ; Refresh = 8K/64ms ; Speed = B3,A2,B0,CC ; Power = C ; #of Pin = 184 ; Component Composition = (64Mx4)x36 ; Production Status = Customer Sample ; Comments = DDR266/333,DDR400