71V67602S133PFG8 Overview
RAM, SDR, SRAM is its memory type. As you can see, it is embedded in TQFP case. There is an 1.1MB memory capacity on the chip. As you can see from the diagram, the chip is planted with 100 terminations. In total, 1 functions are supported by this part. The memory device designed for this application has been designed to be powered by an 3.3V power supply. It is encased in an 100-pin package that contains this ic memory chip. It has 100 pins indicating it has 100 memory locations. It is noted that the operating supply voltage of this memory is 3.3V. Chips such as this one are mounted using Surface Mount mounting, a straightforward method of mounting that is effective. Memory chip's nominal supply current is 260mA. While this memory chip features many merits, it also offers PIPELINED ARCHITECTURE for improving system performance. An address can be read and/or written to one memory address using 1 ports on the chip. In addition to this device, there are COMMON-bit memory mapped I/O port addresses on this device. A minimum operating temperature of 0°C must be met by this device. As a general rule, memory ics is recommended that the product be operated at temperatures no higher than 70°Cc, otherwise, damage could be done to it. Generally, this component is considered a type of SRAMs. This memory ics requires a minimum voltage of 3.135V. In order for it to operate properly, its voltage should not exceed 3.465V. In this memory chip, data is processed at a frequency of 133MHz. There is a maximum frequency of 133MHz for this Memory chip.
71V67602S133PFG8 Features
Package / Case: TQFP
100 Pins
Operating Supply Voltage:3.3V
Additional Feature:PIPELINED ARCHITECTURE
I/O Type: COMMON
Freguency at 133MHz
133MHz terminals
71V67602S133PFG8 Applications
There are a lot of Integrated Device Technology (IDT)
71V67602S133PFG8 Memory applications.
- telecommunications
- workstations,
- DVD disk buffer
- data buffer
- nonvolatile BIOS memory
- Camcorders
- embedded logic
- eDRAM
- graphics card
- hard disk drive (HDD)
