MT46V128M4P-5B:F Overview

Its memory type can be classified as Volatile. Tray-cases are available. 66-TSSOP (0.400, 10.16mm Width) case encloses it. This chip has an 512Mb 128M x 4 size of memory on it, so a lot of data can be stored on it. The device uses a mainstream DRAM-format memory. 0°C~70°C TA is an extended operating temperature range, making this device ideal for demanding applications. A voltage of 2.5V~2.7V is possible to be applied to the supply. Its recommended mounting type is Surface Mount. The chip is terminated with 66 terminations. For a comprehensive working procedure, this part supports as many as 1 functions. This ic memory chip is designed to be supplied with 2.6V. In the memory, there is a clock frequency rotation that ranges 200MHz. Similar parts are frequently selected using the ic memory chip's base part number, MT46V128M4. The ic memory chip comes in a package with 66 pins that allows it to be connected to a computer. A memory device with 66 pins means that it contains 66 memory locations, indicating that it has 66 pins. A voltage of 2.6V is noted as the operating supply voltage for this memory. As a result of the Surface Mount mounting configuration, this chip is designed to be straightforward, high-efficiency, and easy to install. It is rated 195mA for its nominal supply current when it comes to the memory component. In spite of all the merits this chip has, it also features AUTO/SELF REFRESH to level up system performance. 1 ports allow read/write access to one memory address in this chip. As part of the design, the I/O port addresses are mapped into the memory using an COMMON-bit number.

MT46V128M4P-5B:F Features

Package / Case: 66-TSSOP (0.400, 10.16mm Width)
66 Pins
Operating Supply Voltage:2.6V
Additional Feature:AUTO/SELF REFRESH
I/O Type: COMMON

MT46V128M4P-5B:F Applications

There are a lot of Micron Technology Inc. MT46V128M4P-5B:F Memory applications.

• embedded logic
• servers
• hard disk drive (HDD)
• main computer memory
• networking
• Cache memory
• supercomputers
• eDRAM
• networks
• mainframes