70V3399S166BF8 Overview

There is a memory type RAM, SDR, SRAM for this type of device. This chip has an 256kB size of memory on it, so a lot of data can be stored on it. The chip contains 208 terminations. As many as 1 functions are supported for comprehensive working. An 3.3V supply is required for this ic memory chip to operate properly. A package of 208 pins is used to protect this memory device. The memory device has 208 pins, which means that it has 208 memory locations, which indicates it is an 208-bit device. This memory runs on an 3.3V operating supply voltage. Memory chips configured with Surface Mount mounting achieve high efficiency and simplicity. The nominal supply current of this memory component is 500mA. Although it has all the merits this chip has, it is also equipped with PIPELINED OR FLOW-THROUGH ARCHITECTURE to give a performance boost to the system. Each memory address is accessed by one of 2 ports on this chip. An COMMON-bit memory mapped I/O port address is used to address this device. There must be at least an 0°C operating temperature for this device. The part should not be operated at temperatures above 70°C degrees Celsius as otherwise, the part may be damaged due to the excessive amount of heat. The component is usually referred to as a type of SRAMs. This part should have a minimum supply voltage of 3.15V. A maximum voltage of 3.45V shall be allowed for its operating voltage. As a result of the frequency of this memory chip, data can be processed at a rate of 166MHz. This Memory chip operates at a maximum frequency of 166MHz.

70V3399S166BF8 Features

208 Pins
Operating Supply Voltage:3.3V
Additional Feature:PIPELINED OR FLOW-THROUGH ARCHITECTURE
I/O Type: COMMON
Freguency at 166MHz
166MHz terminals

70V3399S166BF8 Applications

There are a lot of Integrated Device Technology (IDT)
70V3399S166BF8 Memory applications.

• personal computers
• servers
• supercomputers
• telecommunications
• workstations,
• DVD disk buffer
• data buffer
• nonvolatile BIOS memory
• Camcorders
• embedded logic