71V3557S80PFGI Overview
A RAM, SDR, SRAM-type memory can be classified as the memory type of this device. Embedded in the TQFP case, memory ics is a single file. On the chip, there is an 512kB memory, which is the size of the chip's memory. A total of 100 terminations have been planted on the chip. The comprehensive working procedure of this part involves 1 functions. In order to power this memory device, 3.3V will be necessary. A 100-pin package containing this memory device is used to house this device. The memory device in question has 100 pins, thus indicating that it has 100 memory locations that can be accessed. There is a note indicating that this memory chip operates at an 3.3V volt supply voltage. The memory chip utilizes a straightforward, high-efficiency mounting method, Surface Mount mounting. There is a nominal supply current rating of 260mA for this memory component. This chip features all the merits of a conventional chip, but it also features FLOW-THROUGH ARCHITECHTURE to improve 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. There must not be a minimum operating temperature of less than -40°C for this device. A temperature of no more than 85°C centigrade is recommended for the component to be operated, otherwise, damage might be inflicted on the component. Usually, this memory ics falls under the SRAMs component category. Ideally, this part should be supplied with a voltage of at least 3.135V. An operating voltage of no more than 3.465V is required. A frequency of 95MHz is used to process the data on this memory chip. A ic memory chip with this frequency has a maximum speed of 100MHz.
71V3557S80PFGI Features
Package / Case: TQFP
100 Pins
Operating Supply Voltage:3.3V
Additional Feature:FLOW-THROUGH ARCHITECHTURE
I/O Type: COMMON
Freguency at 95MHz
95MHz terminals
71V3557S80PFGI Applications
There are a lot of Integrated Device Technology (IDT)
71V3557S80PFGI Memory applications.
- supercomputers
- telecommunications
- workstations,
- DVD disk buffer
- data buffer
- nonvolatile BIOS memory
- Camcorders
- embedded logic
- eDRAM
- graphics card
