IS46TR16128A-15HBLA1 Overview

As far as its memory type goes, it falls into the Volatile category. The case comes in Tray size. An embedded 96-TFBGA case surrounds memory ics. There is an 2Gb 128M x 16 memory capacity on the chip. This device uses a DRAM-format memory, which is of mainstream design. The device's extended operating temperature range of -40°C~95°C TC makes it ideal for many demanding applications. The device is capable of handling a supply voltage of 1.425V~1.575V. A Surface Mount mounting type is recommended for this product. On the chip, there are 96 terminations that are planted. There are 1 functions supported by this part as part of the comprehensive working process. A voltage of 1.5V is required for the operation of this memory device. During the rotation of the clock, the ic memory chip is set as 667MHz. A 96-pin package containing this memory device is used to house this device. It is worth noting that this memory device has 96 pins, which indicates it has 96 memory locations. This memory runs on an 1.5V operating supply voltage. This chip is configured to use Surface Mount mounting, a straight forward, high-efficiency mounting fashion. This memory chip is rated 140mA for its nominal supply current. In spite of all the merits this chip has, it also features AUTO SELF REFRESH MODE, ALSO OPERATES AT 1.35 V NOMINAL SUPPLY to level up system performance. Each memory address is accessed by one of 1 ports on this chip. In addition to this device, there are COMMON-bit memory mapped I/O port addresses on this device. Maximum current is 286mA .

IS46TR16128A-15HBLA1 Features

Package / Case: 96-TFBGA
96 Pins
Operating Supply Voltage:1.5V
Additional Feature:AUTO SELF REFRESH MODE, ALSO OPERATES AT 1.35 V NOMINAL SUPPLY
I/O Type: COMMON

IS46TR16128A-15HBLA1 Applications

There are a lot of ISSI, Integrated Silicon Solution Inc IS46TR16128A-15HBLA1 Memory applications.

• embedded logic
• printers
• cell phones
• hard disk drive (HDD)
• workstations,
• supercomputers
• networking
• personal digital assistants
• telecommunications
• nonvolatile BIOS memory