MT49H8M36BM-25E:B Overview

As far as its memory type goes, it falls into the Volatile category. It is supplied votage within Bulk. An embedded 144-TFBGA case surrounds memory ics. On the chip, there is an 288Mb 8M x 36 memory, which is the size of the chip's memory. This device uses takes advantage of the DRAM format. The device's extended operating temperature range of 0°C~95°C TC makes it ideal for many demanding applications. A voltage of 1.7V~1.9V is possible to be applied to the supply. There is a recommended mounting type of Surface Mount for it. On the chip, there are 144 terminations. The part supports at least 1 functions to ensure a comprehensive working process. An 1.8V supply is required for this ic memory chip to operate properly. In order to select similar parts, typical manufacturers refer to MT49H8M36 as the device's base part number. In this ic memory chip, there is an 144-pin package that encloses the device. This memory chip has an operating supply voltage of 1.8V. This chip is configured to use Surface Mount mounting, a straight forward, high-efficiency mounting fashion. Despite all its benefits, this memory chip also offers AUTO REFRESH for improved system performance. Using 1 ports, a single memory address can be read and/or written. There is only a single power supply required for this memory chip. As part of the design, the I/O port addresses are mapped into the memory using an COMMON-bit number. As far as the supply current is concerned, it can be operated with a maximum of 0.7mA of currentAs far as the maximum frequency of this memory is concerned, it can reach as high as 400MHz.

MT49H8M36BM-25E:B Features

Package / Case: 144-TFBGA
144 Pins
Operating Supply Voltage:1.8V
Additional Feature:AUTO REFRESH
I/O Type: COMMON

MT49H8M36BM-25E:B Applications

There are a lot of Micron Technology Inc. MT49H8M36BM-25E:B Memory applications.

• personal computers
• Cache memory
• networking
• DVD disk buffer
• servers
• cell phones
• eDRAM
• main computer memory
• data buffer
• nonvolatile BIOS memory